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what is the biggest owl in the world | 2.The Great Grey Owl. This is the largest bird of the owl, but very light weight, similar to the wedge-tailed eagles in Australia. 59-69cm, 800-1700g. In terms of length, the Great Grey Owl Eurasian Eagle Owl compete with and Blakiston's fish as the world's largest owl. | The largest owl in all of the African continent is the African Eagle Owl. It is a territorial bird and will not tolerate other birds going after the same prey. They are tall w … ith large, dark eyes and can have grey or light brown feathers. | Blakiston's fish owl (Bubo blakistoni) is one of the rarest owls in the world, an endangered bird restricted to Russia, China, Japan and possibly North Korea. This owl is also the largest on Earth. | Looks like we've got a badass over here. Blakiston's fish owl, the largest owl in the world, makes its home in old growth forests surrounding streams and rivers in Russia's Far East, east China, and Japan. But due to rapidly disappearing habitats, the huge birds—females can hit 10 pounds, which is a lot to fly with—are in decline. | Blakiston's Fish Owl is a large owl with a size 60-75cm (24-30 years) and probably the largest species of owl. A recent field study of this species shows a male with a weight of 3 to 3.75 kg (6.6 to 8.3 lbs), with females up to 4.5 kg (10 lbs), to around 25% larger. This owl looks like a Eurasian eagle owl, but pale. |
what is recce | Recce /ˈrɛki/ is a military term that has been borrowed by media production in the United Kingdom and New Zealand, derived from reconnaissance in the noun sense and reconnoitre in the verb sense. It refers to a pre-filming visit to a location to work out its suitability for shooting, including access to necessary facilities and assessment of any potential lighting or sound issues, and is closely related to location scouting. The term 'recce' is also used in radio and television production. Other examples of later media borrowing from film includes wildtrack which, in film production, was sound recorded without pictures for use in post-production later | Posted: 11/21/2006 10:54:56 PM EDT. A Recce rifle is generally considered to be a carbine with a 16, high quality barrel, free-floated (often extended) rail, and some sort of optic. Info on the official configuration can be found here: Wiki Linky. | recce (third-person singular simple present recces, present participle recceing, simple past and past participle recced or recce'd or recceed). ( 1 Britain, Canada, military slang) Reconnoitre. | I've kind of felt that over time now the term Recce gets tossed around to encompass more and more 16 carbines. I've seen on the net several times when people refer to what seems to be basic 16 guns as Recce's as if it's become a generic term for carbine. On the other hand, trying to replicate a rifle exactly is a path that can lead to madness. Originally Posted by matt86 upon searching for what makes a recce a recce, Ive come up with an accurized 16 inch barrel what exactly does this mean? | 1 Our first visit in November was largely as a recce and investigation of possibilities. 2 During the recce, the helicopter would land on one of the islands used in aircraft bombing missions. 3 It's been a while since our last recce of the hardware sites. Example sentences. 1 Last August I was one of five Persians and four Westerners-three women and six men-who set off to recce a route by jeep through the deserts, mountains and ‘emptylands’ of north and north-east Iran. 2 We learned that shortly after the exercise started, they entered the area to recce the target. |
what happens decrease in supply when demand is constant | if demand decreases and supply stays constant... a.)equilibrium price and quantity will decrease b.) equilibrium price and quantity will increase c.) equilibrium price will decrease and quantity will increase d.) equilibrium price will increase and quntity will decrease e.) none of the above. Follow. 1 answer 1 | Changes in Demand: Supply is constant, and demand decreases. The new intersection of the supply and demand curves is at a lower value on BOTH the price and the quantity axes. Therefore, a decrease in demand reduces BOTH EP and EQ. Effect on EP: -Both (increase in supply; decrease in demand) decrease price. Effect on EQ: -The increase in supply increases EQ, but the decrease in demand reduces it. -Indeterminate, depending on the relative sizes of the changes in supply and demand. | An decrease in demand typically causes a decrease in the equilibrium price and a decrease in the equilibrium quantity. Thus, the increase in supply and decrease in demand are both contributing to the decrease in the equilibrium price. The increase in supply is putting upward pressure on the equilibrium quantity. The decrease in demand is putting downward pressure on the equilibrium quantity. | Supply decrease, and demand increases. Effect on EP: -A decrease in supply and an increase in demand both increase price. Effect on EQ: -Indeterminate, depending on the relative sizes of the changes in supply and demand. 1.) If the decrease in supply is greater than the increase in demand, the EQ will decrease. Effect on EP: -Both (increase in supply; decrease in demand) decrease price. Effect on EQ: -The increase in supply increases EQ, but the decrease in demand reduces it. | An increase in supply S with constant demand D will decrease the equilibrium price P* and increase the equilibrium quantity Q*. Similarly, a decrease in supply S with constant demand D will increase the equilibrium price P* and decrease the equilibrium quantity Q*. Because of this surplus, consumers will bid down the market price. As the market price decreases, the quantity demanded will increase and the quantity supplied will decrease until the quantity demanded equals the quantity supplied, at which point the surplus is eliminated and a market equilibrium is established. |
what happens decrease in supply when demand is constant | If demand remains constant and supply decreases, then the price will rise. The law of supply and demand says that a price will move either up or down based on the bala … nce of supply and demand. As the supply decreases, prices will move higher because the product is more scarce. | Best Answer: 1. Lower, there will be excess supply and not enough demand to meet the supply, therefore, produces would be forced to lower their price (equilibrium) of good or service. This is what is called a 'glut' or 'overproduction', when supply is in excess. 4. Higher, Demand exceeds supply here, shortage will occur..forcing prices up to lower demand. 5. If the decrease in the same amount, then price is at equilibrium (demand=supply) ..will stay the same. | If demand remains constant and supply decreases, then the price will rise. The law of supply and demand says that a price will move either up or down based on the bala … nce of supply and demand. As the supply decreases, prices will move higher because the product is more scarce. | Supply increases, and demand decreases. Effect on EP: -Both (increase in supply; decrease in demand) decrease price. Effect on EQ: -The increase in supply increases EQ, but the decrease in demand reduces it. -Indeterminate, depending on the relative sizes of the changes in supply and demand. | An increase in supply S with constant demand D will decrease the equilibrium price P* and increase the equilibrium quantity Q*. Similarly, a decrease in supply S with constant demand D will increase the equilibrium price P* and decrease the equilibrium quantity Q*. Because of this surplus, consumers will bid down the market price. As the market price decreases, the quantity demanded will increase and the quantity supplied will decrease until the quantity demanded equals the quantity supplied, at which point the surplus is eliminated and a market equilibrium is established. |
marine water definition | Marine water is a term that is usually used to describe water that deals with the oceans or the sea. This water is at or near full salinity, or it contains the maximum amo … unt of salt that water is capable of containing. | Aquaculture -- also known as fish or shellfish farming -- refers to the breeding, rearing, and harvesting of plants and animals in all types of water environments including ponds, rivers, lakes, and the ocean. | Best Answer: The term marine is most frequently associated with seas and oceans. It may thus reflect water that contains high salt concentration like as in seas and oceans. Marine portrays a deeper sense; much deeper than sea or ocean. | If the water temperature is too cold or too warm, marine life (creatures, like fish, and plants / coral) can die off as the temperatures are not suited for living in. Water th … at is too warm loses nutirents, and that can also cause marine life to decrease due to a shortage of food and nutrients. | 2 adj Marine is used to describe things relating to the sea or to the animals and plants that live in the sea. ADJ n. ...breeding grounds for marine life., ...research in marine biology. |
examples for distillation | Distillation. Photo by: TMakotra. Distillation is a technique by which two or more substances with different boiling points can be separated from each other. For example, fresh water can be obtained from seawater (water that contains salts) by distillation. When seawater is heated, water turns into a vapor that can be condensed and captured. | Fractional distillation is the separation of a mixture into its component parts, or fractions, such as in separating chemical compound s by their boiling point by heating them to a temperature at which several fractions of the compound will evaporate. | Definition: Distillation is the technique of heating a liquid to create vapor which is collected when cooled separate from the original liquid. Examples: Pure water can be separated from salt water through distillation. Salt water is boiled to create water steam, but the salt remains in the solution. | Familiar examples include the distillation of crude fermentation broths into alcoholic spirits such as gin and vodka, and the fractionation of crude oil into useful products such as gasoline and heating oil. In the organic lab, distillation is used for purifying solvents and liquid reaction products. | A mixture of liquids with different boiling points like water and ethanol or crude oil which is a mixture of hydrocarbons. It can also be used to separate a solution into its … solvent and solute, for example salt solution (salt water) could be separated into water (solvent) and salt (solute). |
In A Midsummer Night's Dream why are they called mechanicals | Hi Ben, The mechanicals in Midsummer Night's Dream are called that because, aside from being amateur actors, they are primarily a group of skilled manual laborers or artisans: Peter Quince, the carpenter. | 1 The Mechanicals in A Midsummer Night’s Dream are a group of craftsmen who have been chosen to perform a play at the wedding of Theseus and Hippolyta. Mechanicals. 1 The Mechanicals in A Midsummer Night’s Dream are a group of craftsmen who have been chosen to perform a play at the wedding of Theseus and Hippolyta. | All three strands of A Midsummer Night's Dream's plot are humorous and, often, ridiculous. However, the foolish Rude Mechanicals with their bastardisation of Pyramus and Thisbe really do take the cake. What's really unusual about the Mechanicals is that they're incredibly dense. And yet another rival for Elizabeth's love, Francois Alencon may also be indicated by the character of Francis Flute. Of course, whether these men were really on Shakespeare's mind as he wrote A Midsummer Night's Dream, we'll never know. | The members of the group are Quince, the carpenter; Snug, the joiner; Bottom, the weaver; Flute, the bellows-mender; Snout, the tinker; and Starveling the tailor. Because the rude mechanicals' play happens inside of a bigger play (A Midsummer Night's Dream), it is called a play-within-a-play. The rude mechanicals enter to perform their play. Because this play is happening within a larger play (A Midsummer Night's Dream), this is called a play-within-a-play. Thanks to Bottom's 'improvements,' the play is a long, overdramatic mess. | Robin Starveling (Tailor) - Originally cast in the role of Thisbe's mother, Starveling actually goes on to play the part of 'Moonshine', and creates one of the most humorous moments of A Midusmmer Night's Dream, when he attempts to portray the moon with a lantern. And yet another rival for Elizabeth's love, Francois Alencon may also be indicated by the character of Francis Flute. Of course, whether these men were really on Shakespeare's mind as he wrote A Midsummer Night's Dream, we'll never know. |
what mythology do unicorns come from | The truth is, unlike almost every single other mythical creature, the unicorn does not appear anywhere in any culture's actual mythology. That is to say, plenty of Greek scholars believed that unicorns existed, but the unicorn itself does not come from Greek mythology. There are no tales of gods riding unicorns or legends of unicorns fighting monsters. To put it simply, there is no such thing as 'unicorn mythology'. Greek scholars actually believed that this creature was real, and that it made its home in India. At the time, India was a little known distant land that seemed magical and mysterious to the ancient Greeks and Romans. It's interesting because the myth of the existence of unicorns is so widespread, that even if we assume that the carvings explain where unicorn myths came from, it still doesn't explain why they continued for so long. Notice that I haven't even described what a unicorn is. | There is a lot of debate about the reality of the elusive unicorn & there are a lot of believers out there. This is an elusive creature said to possess great powers and pureness, & interestingly enough they have a presence in the mythology of many independent cultures around the world. The white horse we think of as a unicorn today is not necessarily the same animal that emerged from Chinese folklore where stories of its existence began 5000 years ago. | In European folklore, the unicorn is often depicted as a white horse-like or goat-like animal with a long horn and cloven hooves (sometimes a goat's beard). Golden coins known as the unicorn and half-unicorn, both with a unicorn on the obverse, were used in Scotland in the 15th and 16th century. In the same realm, carved unicorns were often used as finials on the pillars of Mercat crosses, and denoted that the settlement was a royal burgh. | In heraldry, a unicorn is often depicted as a horse with a goat's cloven hooves and beard, a lion's tail, and a slender, spiral horn on its forehead (non-equine attributes may be replaced with equine ones, as can be seen from the following gallery). Golden coins known as the unicorn and half-unicorn, both with a unicorn on the obverse, were used in Scotland in the 15th and 16th century. In the same realm, carved unicorns were often used as finials on the pillars of Mercat crosses, and denoted that the settlement was a royal burgh. | The unicorn is a legendary animal that has been described since antiquity as a beast with a large, pointed, spiraling horn projecting from its forehead. Golden coins known as the unicorn and half-unicorn, both with a unicorn on the obverse, were used in Scotland in the 15th and 16th century. In the same realm, carved unicorns were often used as finials on the pillars of Mercat crosses, and denoted that the settlement was a royal burgh. |
what is pizza in italian | Pizza (English /ˈpiːtsə/ ; [ˈpittsa]) is a flatbread generally topped with tomato sauce and cheese and baked in an oven. It is commonly topped with a selection of meats, vegetables and condiments. The term was first recorded in the 10th century, in a Latin manuscript from Gaeta in Central Italy. Modern pizza evolved from similar flatbread dishes in Naples, Italy in the 18th or early 19th century. Prior to that time, flatbread was often topped with ingredients such as garlic, salt, lard, cheese, and basil. It is uncertain when tomatoes were first added and there are many conflicting claims. | August 13, 2014 by: Dictionary.com 4 Comments. The word pizza is Italian for pie, but how that word wound up in Italian boggles etymologists. It may have come from the Latin pix meaning “pitch” or Greek pitta, but others say that it originated in a Langobardic word bizzo meaning “bite.”. | Like the rest of Italian food, Italian pizza is best—and most authentic—when it’s made with fresh, local ingredients, especially any that are DOP (You can read a full explanation of this wonderful little term in our blog about DOP foods). The most important part is getting the Italian pizza dough right! More than just the base of the pizza, the dough is what gives the pizza its texture, holds together the flavors, and—if done right—can make you feel like you’ve been transported right back to Italy. | The word for Pizza in Italian is Pizza much like the word for Pasta in Italian is Pasta. They are both words that have adopted the same translation internationally. There ar … e other words that are both the same in Italian and English and in many cases the same in any language. The Italians only made a type of pizza which had been the first cheese pizza that was inspired by China when Marco Polo returned to Naples and they called it 'neapolitan pizza'. Then Sicily invented the 'sicilian pizza' and that's when pizza became famous to the world. | The origin of the word pizza is uncertain. The term pizza first appeared in a Latin text from the southern Italian town of Gaeta in 997 AD, which states that a tenant of certain property is to give the bishop of Gaeta duodecim pizze (twelve pizzas) every Christmas Day, and another twelve every Easter Sunday. Modern pizza evolved from similar flatbread dishes in Naples, Italy in the 18th or early 19th century. Prior to that time, flatbread was often topped with ingredients such as garlic, salt, lard, cheese, and basil. It is uncertain when tomatoes were first added and there are many conflicting claims. |
average price to get brake pads replaced | Parts: $82 - $141. The average cost for a brake pad(s) replacement is between $179 to $264. Labor costs are estimated between $97 to $123 while parts are priced between $82 to $141. Get a personalized estimate based on your location and specific car. Estimate does not include taxes and fees. The brake rotors should be inspected when the pads are replaced, and depending on their condition, they may need resurfacing or replacement. We recommend braking gently for the first 40 to 50 miles of driving on new pads. This will allow them to adjust to the rotors and help prevent squeaking. | Depending on your car’s brake system, it may use between 4-8 brake pads. When you step on the brake pedal, the master cylinder sends fluid under pressure to the brake calipers (which hold the brake pads). The caliper presses the brake pad against the brake rotor, causing friction that slows down the car. Depending on where you drive (city driving tends to wear pads out quicker) brake pads usually last between 30,000-35,000 miles. Some vehicles (eg. BMW’s) are equipped with a low-pad-warning system. In these vehicles, you will also need to replace the brake sensors as part of the brake pad service. | 1 For work on front and back brakes, CostHelper readers reported paying $273-$1,025 for an average of $567 at standard repair shops, or $280-$935 for an average of $578 at dealerships. 1 Repairs tend to be more expensive on vehicles with higher initial purchase prices; these sometimes have more complex systems that require more labor. 2 For example, a CostHelper reader reported paying $965 for front and back brake pads and front rotors on a Mercedes. | During normal usage of the brakes, brake pads wear out and become thinner. If the thickness of brake pads is less than 3mm, it is time to change the pads. Depending on where you drive (city driving tends to wear pads out quicker) brake pads usually last between 30,000-35,000 miles. Some vehicles (eg. BMW’s) are equipped with a low-pad-warning system. In these vehicles, you will also need to replace the brake sensors as part of the brake pad service. | If you wish to replace the discs on the front an average price for a set of brake pads is approximately $60.00 - $111.00 but depending on the make and model of your car it could cost a lot more than that. How often they need to be replaced will vary depending on your driving habits. The accepted lifespan of the front disc brake pads is roughly 30,000 miles. This can vary greatly though. If you drive the vehicle hard and ride the brakes, the pads may need to be replaced in only 1 |
how much do elevator technicians make | Elevator technicians earn one of the best salaries around. Even a starting apprentice can make as much as $65,000. And you can apply right out of high school!Jennifer Westhoven strapped on a hard hat and safety goggles to go on the job with a technician from the Schindler Elevator company. Want to learn more? | As of this year, Elevator Technicians with 1 to 4 years experience earn an average hourly rate/ salary between $17.56 and $30.67. Those with 5 to 9 years experience can earn an average hourly rate/ salary between $24.11 and $36.10 (2). To become an elevator mechanic with a nice salary, training or even certification is needed. Read on to find a list of Elevator Mechanic certificate and degree programs online or near you. Elevators are very important in many commercial and residential settings. They often need periodic maintenance and repair. | Elevator Mechanics with a lot of experience tend to enjoy higher earnings. Survey participants with less than five years' experience pocket $52K on average, but those with five to 10 years of experience enjoy a much bigger median of $76K. People with 10 to 20 years of experience make an average of about $83K in this role. Men represent the vast majority of Elevator Mechanics in the United States. People in this role can earn an average of $34.67 per hour nationwide. | Statewide. California's elevator technicians made an average of $43.51 per hour, as of May 2010. Those who worked full 40-hour weeks received an average of $90,510 annually. This exceeds the national average of $33.66 per hour, or $70,010 per year, by more than 29 percent. California ranked as the fifth highest-paying state for elevator technicians, after New Hampshire, Maine, Nevada and Michigan. | Employment of elevator installers and repairers is projected to grow 25 percent from 2012 to 2022, much faster than the average for all occupations. However, because it is a small occupation, the fast growth will result in only about 4,800 new jobs over the 10-year period. The lowest 10 percent earned less than $39,540, and the top 10 percent earned more than $106,450. The starting pay for apprentices is usually 50 percent of what fully trained elevator installers and repairers make. |
what is the current postage rate | 1 The discounted “Metered Mail” category for First Class Mail Letters (1 oz.), which includes online postage providers and postage meters, will increase from $0.48 to $0.485 in 2015. 2 First Class Flats (1 oz.) will stay the same at $0.98 in 2015. 3 Each additional ounce will cost $0.22 (up one cent from 2014). 1 First Class Package Service will see an increase of 5.1% in 2015. 2 Commercial Base (online postage) rates will start at $2.04 (1 oz.), up $0.11 compared to 2014. 3 Priority Mail rates are NOT INCREASING in 2015. 4 Commercial Base (online postage) rates will continue to start at $5.05 | Use the table below to find how much postage to Mexico costs. Our website is up to date with the current cost of postage and gives you the latest and most recent price of postal services. We have designed our site so that it is easy to look up postal rates quickly. | Price of a Stamp. The current price of a first class stamp is 49 cents. A domestic first class letter (1 oz.) is 49 cents. The price of each additional ounce is 21 cents. It will cost you 34 cents to send a domestic postcard | The U.S. Postal Service has announced a postage rate increase for select mail classes and services for 2015. The new postage rates will start on Sunday, April 26, 2015. First Class Letters & Postcards. The cost to send a one ounce First Class Letter will NOT BE INCREASING and will remain $0.49. Additional ounces will cost $0.22, a one cent increase from 2014. Postcard rates will increase by one cent to $0.35, from $0.34 in 2014. If you print postage online or use a postage meter, the “Metered Mail” rate for a one ounce First Class Letter will be increasing by $0.005 to $0.485 from $0.48. The Metered Mail rate is a discount provided to users who print postage online and through a postage meter | Any extra ounce(s) are subject to a fee of $0.22 per added ounce as of May 31st, 2015 (previously $0.21 per oz). Another prior rise in rates occurred January 27, 2013 when the price of a first class letter sent through the United States Post Office went up $0.01 to $0.46. |
what is the current postage rate | 1 Each additional ounce will cost $0.22 (up one cent from 2014). 2 The discounted “Metered Mail” category for First Class Mail Letters (1 oz.), which includes online postage providers and postage meters, will increase from $0.48 to $0.485 in 2015. 1 First Class Package Service will see an increase of 5.1% in 2015. 2 Commercial Base (online postage) rates will start at $2.04 (1 oz.), up $0.11 compared to 2014. 3 Priority Mail rates are NOT INCREASING in 2015. 4 Commercial Base (online postage) rates will continue to start at $5.0 | Price of a Stamp. The current price of a first class stamp is 49 cents. A domestic first class letter (1 oz.) is 49 cents. The price of each additional ounce is 21 cents. It will cost you 34 cents to send a domestic postcard | Use the table below to find how much postage to Mexico costs. Our website is up to date with the current cost of postage and gives you the latest and most recent price of postal services. We have designed our site so that it is easy to look up postal rates quickly. | The U.S. Postal Service has announced a postage rate increase for select mail classes and services for 2015. The new postage rates will start on Sunday, April 26, 2015. First Class Letters & Postcards. The cost to send a one ounce First Class Letter will NOT BE INCREASING and will remain $0.49. Additional ounces will cost $0.22, a one cent increase from 2014. Postcard rates will increase by one cent to $0.35, from $0.34 in 2014. If you print postage online or use a postage meter, the “Metered Mail” rate for a one ounce First Class Letter will be increasing by $0.005 to $0.485 from $0.48. The Metered Mail rate is a discount provided to users who print postage online and through a postage meter | Any extra ounce(s) are subject to a fee of $0.22 per added ounce as of May 31st, 2015 (previously $0.21 per oz). Another prior rise in rates occurred January 27, 2013 when the price of a first class letter sent through the United States Post Office went up $0.01 to $0.46. |
what is the current postage rate | Summary of the 2015 Postage Rate Increase: 1 First Class Mail Letters (1 oz.) will remain the same at $0.49 when purchased at the Post Office. 2 Each additional ounce will cost $0.22 (up one cent from 2014). 1 First Class Package Service will see an increase of 5.1% in 2015. 2 Commercial Base (online postage) rates will start at $2.04 (1 oz.), up $0.11 compared to 2014. 3 Priority Mail rates are NOT INCREASING in 2015. 4 Commercial Base (online postage) rates will continue to start at $5.05 | The U.S. Postal Service has announced a postage rate increase for select mail classes and services for 2015. The new postage rates will start on Sunday, April 26, 2015. First Class Letters & Postcards. The cost to send a one ounce First Class Letter will NOT BE INCREASING and will remain $0.49. Additional ounces will cost $0.22, a one cent increase from 2014. Postcard rates will increase by one cent to $0.35, from $0.34 in 2014. If you print postage online or use a postage meter, the “Metered Mail” rate for a one ounce First Class Letter will be increasing by $0.005 to $0.485 from $0.48. The Metered Mail rate is a discount provided to users who print postage online and through a postage meter | Letters destined for Canada and Mexico-for the (1) ounce first class letter cost $1.20 as of May 31st, 2015 that was a 5 cent hike from $1.15 effective January 26 `014 with the global forever stamp (then applying to all international destinations forward). Another prior rise in rates occurred January 27, 2013 when the price of a first class letter sent through the United States Post Office went up $0.01 to $0.46. | Use the table below to find how much postage to Mexico costs. Our website is up to date with the current cost of postage and gives you the latest and most recent price of postal services. We have designed our site so that it is easy to look up postal rates quickly. | Any extra ounce(s) are subject to a fee of $0.22 per added ounce as of May 31st, 2015 (previously $0.21 per oz). Another prior rise in rates occurred January 27, 2013 when the price of a first class letter sent through the United States Post Office went up $0.01 to $0.46. |
what causes a large protruding stomach | Irritable bowel syndrome (IBS) is a disorder that causes cramping and pain in your stomach, among other symptoms. IBS can also cause bloating and gas, which could cause you to have a distended abdomen. If your abdomen is swollen because of gas, try avoiding foods that are known to cause gas, such as beans and cruciferous vegetables like broccoli and cabbage. Avoid drinking carbonated drinks and drinking out of a straw. | Other Causes: Protruding abdomen. Some of the less common causes of Protruding abdomen may include: 1 Constipation. 2 Chronic constipation. 3 Poor muscle tone. 4 Poor muscle tone after childbirth. 5 Lactose intolerance. 6 Food allergies. 7 Food intolerances. 8 Pregnancy. Conditions listing medical symptoms: Protruding abdomen: The following list of conditions have ' Protruding abdomen ' or similar listed as a symptom in our database. This computer-generated list may be inaccurate or incomplete. Always seek prompt professional medical advice about the cause of any symptom. | RE: what causes a protruding stomach? my upper part of my stomach has been protruding for the last six months but not so much the bottom. It NEVER did this and no im not pregnant. any ideas on what this could be?? | As a result of this abdominal muscle separation, the underlying tissue protrudes throught the tear and causes a bulge. This is a fairly common occurence in pregnant women as well as newborns, but may also be present in men with large amounts of internal abdominal fat. A National Academy of Sports Medicine answered. A protruding bulge in the upper abdominal region could signify a number of different conditions, therefore it is important to see a qualified medical professional in order to rule out any serious health risks. | The chest and the abdomen are separated by a large muscle called the diaphragm, the major breathing muscle. The upper part of the esophagus (food pipe) which is in the chest passes through the opening of the hiatus, leading into the stomach, located in the abdominal cavity. Definition. Hiatal hernia is a condition where a portion of the stomach pushes into the chest through the hiatus (an opening in the diaphragm). This is generally seen in older and/or obese people. Normally the esophagus runs through the chest to join with the stomach |
how long does ssi have to make a initial decision | The question of how long it takes to get a decision on a Social Security Disability or SSI benefit claim is not easy to answer, for several reasons. Social Security Disability and SSI cases can be won in as little as 30 days, or take as long as two years for benefits to be awarded. There is simply no way to predict how long a case will take because, unlike other programs (Department of Social Services, for instance), the federal disability program does not have deadlines for applications or appeals. | Each level of the process takes time and there is no guarantee that you will be approved on your first claim. Average decision waits at each level For instance, it takes anywhere from thirty to ninety days to get a decision on your initial disability claim. If your initial disability application is denied, you must appeal your denial by filing a request for reconsideration appeal. Your reconsideration appeal takes about sixty days to receive a decision. | The average amount of time it takes to receive a decision after filing for SSD benefits, also referred to as SSDI (Social Security Disability Insurance) benefits is about 120 days, or approximately three months. | Since I'm not sure whether you mean a review of your initial disability application or a continuing disability review (after you've been receiving benefits), I'll cover both. Initial disability application. In most cases it takes three to five months for you to receive a decision on disability application. If your initial application is denied, you can apply for what is called reconsideration. | It normally takes between three to six months for a Social Security Disability applicant to receive a decision on their initial application. The exception to this rule is those applicants who qualify for Social Security's Compassionate Allowance program. The Disability Determination Services only approves approximately 37 percent of the initial Social Security Disability applications received by the SSA. The remaining 63 percent of applicants are denied benefits. Many of those denied applicants go on to appeal the decision made by the Disability Determination Services. |
what is sales check average mean | Average check is the average amount of consumption of one customer. It is computed as: Average check = Total sales / Total covers. The average check is expected to increase when menu prices increase and when the servers exert more efforts in the menu merchandising. * but for new restaurants without sales figures yet,one can roughly estimate the average check based on the average price of dishes. | Measuring Average or Central Tendency in Excel. Mathematically, there are a number of ways of measuring central tendency or, as it is more commonly called, the average for a set of values. These methods include the arithmetic mean, the median, and the mode. The most commonly calculated measure of central tendency is the arithmetic mean-or simple average-and it is calculated by adding a group of numbers together and then dividing by the count of those numbers. For example, the average of 2, 3, 3, 5, 7, and 10 is 30 divided by 6, which is 5. | 1 If it is required to use a single number as a typical value for a set of known numbers, then the arithmetic mean of the numbers does this best, in the sense of minimizing the sum of squared deviations from the typical value: the sum of. 1 If numbers have mean, then. 2 Since is the distance from a given number to the mean, one way to interpret this property is as saying that the numbers to the left of the mean are balanced by the numbers to the right of the mean. | 20. 23. 26. Since there is an even number of observations (12), the median is exactly in between the 6th and 7th ordered numbers, or, the average of 10 and 10. The median is 10.0 minutes. Half of the time, the sample wait was more than 10 minutes, and half of the time it was less. To calculate the median, you will first have to order the data from lowest to highest. The median is the number exactly in the middle. If the sample size, n, is even, then the median is the average of the two middle numbers. | Median. To calculate the median, you will first have to order the data from lowest to highest. The median is the number exactly in the middle. If the sample size, n, is even, then the median is the average of the two middle numbers. Definition: The median is that number for which half the data is larger than it, and half the data is smaller |
when was COCA-cola invented | Coca Cola was invented in the late 1800's by a pharmacist named John Pemberton in Columbus, Ga. I live here in Columbus, Ga and they still have the house he invented Coca Cola … in downtown in our historci district. I've been to it myself on field trips when I was younger. Hope this helps you. Dr. John S. Pemberton invented Coca-Cola in Atlanta, Georgia, 1886. Frank Robinson, his bookkeeper, came up with the name Coca Cola and created the now famous logo in his o … wn handwriting. | Confidence votes 76. The first Coca-Cola recipe was invented in a drugstore in Columbus, Georgia by John Pemberton, originally as a cocawine called Pemberton's French Wine Coca in 1885. He may have been inspired by the formidable success of Vin Mariani, a European cocawine. Coca Cola was invented in the late 1800's by a pharmacist named John Pemberton in Columbus, Ga. I live here in Columbus, Ga and they still have the house he invented Coca Cola … in downtown in our historci district. I've been to it myself on field trips when I was younger. Hope this helps you. | About Us. Coca-Cola history began in 1886 when the curiosity of an Atlanta pharmacist, Dr. John S. Pemberton, led him to create a distinctive tasting soft drink that could be sold at soda fountains. The first servings of Coca‑Cola were sold for 5 cents per glass. During the first year, sales averaged a modest nine servings per day in Atlanta. Today, daily servings of Coca‑Cola beverages are estimated at 1.9 billion globally. | The first Coca-Cola recipe was invented in a drugstore in Columbus, Georgia by John Pemberton, originally as a cocawine called Pemberton's French Wine Coca in 1885. He may h … ave been inspired by the formidable success of Vin Mariani, a European cocawine. Coca Cola was invented in the late 1800's by a pharmacist named John Pemberton in Columbus, Ga. I live here in Columbus, Ga and they still have the house he invented Coca Cola … in downtown in our historci district. I've been to it myself on field trips when I was younger. Hope this helps you. | The Coca-Cola Company has, on occasion, introduced other cola drinks under the Coke brand name. The most common of these is Diet Coke, with others including Caffeine-Free Coca-Cola, Diet Coke Caffeine-Free, Coca-Cola Cherry, Coca-Cola Zero, Coca-Cola Vanilla, and special versions with lemon, lime, or coffee. Pemberton called for five ounces of coca leaf per gallon of syrup, a significant dose; in 1891, Candler claimed his formula (altered extensively from Pemberton's original) contained only a tenth of this amount. Coca-Cola once contained an estimated nine milligrams of cocaine per glass. In 1903, it was removed. |
what is the difference between viral and bacterial conjunctivitis | A Honor Society of Nursing (STTI) answered. Viral and bacterial conjunctivitis are similar, but differ in several key ways. First, bacterial conjunctivitis can be cured with antibiotics, while the viral form cannot. Second, there is a slight variation in symptoms. With viral conjunctivitis, the discharge from the eye is clearer and less thick than with the bacterial infection. Viral conjunctivitis can also cause painful swelling in the lymph node nearest the ear, a symptom not experienced with bacterial conjunctivitis. | Bacterial conjunctivitis is a common type of pink eye, caused by bacteria that infect the eye through various sources of contamination. The bacteria can be spread through contact with an infected individual, exposure to contaminated surfaces or through other means such as sinus or ear infections. All forms of conjunctivitis including bacterial, viral, allergic and other types involve inflammation of the transparent, mucous membrane (conjunctiva) covering the white part of the eye or sclera. Infectious causes of an inflamed eye and conjunctivitis include bacteria, viruses and fungi | Knowing whether or not a conjunctivitis contracted by a sufferer is viral as opposed to bacterial or allergic may be of little consequence since the symptoms are similar and all are extremely uncomfortable. | Answers. Best Answer: Sometimes it is hard to tell the difference between viral and bacterial eye infections, but the presence of pus suggests bacterial infection. No, it shouldn't cause any damage to your eye if the infection is viral. The ribbon is the ribbon of ointment that appears when you squeeze the tube. | Bacteria can be eradicated with antibiotic eye drops or ointments as well as tablets, capsules and liquids. A virus cannot. Unfortunately, viral conjunctivitis is the most common form of infectious conjunctivitis. This is the same virus that causes the common cold. Symptoms of viral conjunctivitis can last from one to two weeks then disappear. Antibiotics usually take two to three days to clear up bacterial conjunctivitis. |
what kind of lettuce is good for salad? | The green salad or garden salad is most often composed of leafy vegetables such as lettuce. varieties, spinach, arugula, or escarole. The salad leaves are cut or torn into bite-sized fragments. and tossed together (called a tossed salad), or may be placed in a predetermined arrangement. (called a composed salad). Romaine pairs well with. other crunchy salad ingredients such as cucumbers and onions, as well as fruit and nuts. It is the. traditional lettuce used in Caesar salad. Romaine is best served with creamy dressings or dressings. that have some richness. The third type of lettuce is the butterhead variety. It it also sometimes referred to as butter crunch. lettuce. Butterhead lettuces have small, round, loosely formed heads with soft, buttery-textured. leaves ranging from pale green on the outer leaves to progressively smaller pale yellow-green on the. inner leaves | Italian Leafy Green Salad. This is a very, very healthy and hearty salad with a fabulous grapeseed oil and balsamic vinegar dressing. It offers a quartet of greens-escarole, romaine, radicchio and green-leafed lettuce, as well as peppers, green onions and cherry tomatoes. Serves six. This is a very nice chopped salad with two kinds of lettuce, artichoke hearts, red onion and pimento thrown in for a bit of color and sweetness. The vinegar and oil dressing has lots of Parmesan cheese, and pours deliciously over this salad for six. Tropical Salad with Pineapple Vinaigrette. An easy salad to make with a bag of salad greens, pineapple, bacon bits, nuts and toasted coconut. Use fresh pineapple, if you can, and substitute toasted almonds for the macadamia nuts, if desired. | Red and green leaf lettuce is more nutritional than iceberg. I like to put romaine lettuce in my green smoothies. 10 Health Benefits: 1. Low Calorie Content and Almost Zero Fat. Lettuce has only 12 calories for one shredded cup. This is why it is so good for weight loss. 2. | There are hundreds of varieties of lettuce available, some more common than others. Butterhead lettuce includes varieties like Boston and Bibb and has very tender leaves. Crisphead is exactly as it says-crisp! The most common is iceberg which is the lettuce used in wedge salads. Leaf lettuce (or green lettuce) has curly leaves like oak leaf or salad bowl. Lastly is Romaine which has a central rib and crisp long leaves. Since lettuce itself has a simple flavor you can really change the salad by the other ingredients you add or the dressing you put on it. We have salads that include everything from cranberries to peanuts to pumpkin. Salads can be as hearty or as light as you wish making them ideal for an entree or a first course. | Research shows that darker “loose” or “open leaf lettuces (such as romaine, red leaf, and butterhead) contain more antioxidants and nutrients than the typically lighter-colored, more tightly-packed heads (such as iceberg). Instead, a big, healthy salad is one of the smartest ways to go green. Coming in at under 10 calories per cup, a big bowl of leaves can be a stellar source of vitamins A, C, K, and folate, among other essential nutrients. |
frieze carpet cost estimator | Minimum cost: $2 per square foot. Maximum cost: $3.50 per square foot. Just like any other carpet that homeowners can choose from, frieze carpets differ in price. The two major factors that affect the pricing are the cost of installation and the material out of which the frieze carpet is made. For example, polyester frieze carpet runs only about $2 a square foot. Nylon frieze carpet can cost upwards of $3.50 a square foot. If homeowners want to, they can even use Smartstrand frieze carpet that runs about $3 per square foot. Although frieze carpets are a bit more expensive than other carpet choices, it is not as expensive as a homeowner choosing hardwood floors for a home | Here’s an estimate of what to expect: Carpet pad cost: $0.30 to $0.60 sq/ft. Carpet installation cost: $0.50 sq/ft. For budgeting purposes, adding $1.00 sq/ft. for padding and installation to the carpet cost gives a good estimate. Captain’s parting words: There’s no exact answer for how much carpet costs. Nevertheless, it’s important to have an idea of what you should be paying. | 1 Prices range from $2 a square foot for the most inexpensive carpeting, including some self-adhesive carpet tiles, to as much as $100 a square yard for high-end or custom project. 2 Decent carpeting and padding can usually be installed for $19-$38 a square yard, or $300-$600 for a 12x12-foot room. 1 Decent carpeting and padding can usually be installed for $19-$38 a square yard, or $300-$600 for a 12x12-foot room. 2 If it's not included, add, $2.50-$6 a square yard for padding. 3 Be skeptical of prices that include free padding, because good padding increases the life span of your carpet; ask about upgrades. | 1 Frieze Carpet installation costs are commonly quoted from a standard rate and can be estimated/quoted by the service professional after measurement and visual inspection at the job site. 2 Low to High labor cost range differences are in part due to variations in work load, job location and seasonal wage rates. 1 The homewyse Frieze Carpet cost estimates do not include costs for subfloor damage repair, subfloor leveling, or modification of subfloor height. | As an experienced licensed home improvement contractor, I know first hand what it should cost for various levels — from Basic, Better, and of course the best. The Frieze Carpet cost estimator will provide you with up to date pricing for your area. Simply enter your zip code and the square footage, next click update and you will see a breakdown on what it should cost to have Frieze Carpet installed in your home. 1 The additional complexity of your Walls and sub-flooring, trim work will add to the Frieze Carpet costs. 2 Visit every supply house that sell your particular brand of Frieze Carpet and try to negotiate a better price with each supplier – I save on average 20%. |
how long to get my refund if i netfile canada | If you are owed a refund, you will get a direct deposit into your bank account. You can expect your tax return in about 2 weeks if you used NETFILE, and 4 - 6 weeks if you filed it by mail. | Report Abuse. The CRA says 6 weeks if you mail it but it is usually a bit longer, given that you filed right at the deadline and so does everyone else. I would expect it by end of June/early July. You can check the status of your refund online through the CRA website's Access. Next year, I suggest filing online via Netfile. | Answer: When you get your Canadian tax refund depends on when and how you filed your Canadian income tax return. The Canada Revenue Agency advises that they usually process paper tax returns in four to six weeks. | The length of time it takes the CRA to process your income tax return and refund depends on how and when you file your return. Processing Times for Paper Returns. Paper returns usually take four to six weeks to process. For paper tax returns filed before April 15, wait four weeks before you check on your refund. | 1 After you have filed your return using NETFILE. The NETFILE program will be open for transmissions on February 9, 2015, until January 15, 2016, for the electronic filing of your 2013 and 2014 personal income tax and benefit return. |
how soon should a rehearsal be reserved | As soon as you can make the reservation, do it, but the general consensus is at least three to six months in advance of the date. By three months out, couples have a good idea how many guests will be attending and they can plan a menu that doesn’t conflict with their wedding day. | It’s best to send them four weeks before the event and, of course, after the wedding invitation. You should never put the rehearsal dinner invite in with the wedding invite. Remember: Even though rehearsal dinners are a part of the wedding festivities, they really are two separate events. | How to Invite. If your rehearsal dinner will be a fancy affair with lots of out-of-town guests in a hotel banquet room, a country club, or someplace similarly dressed up, you should send formal invitations. You'll also want people to RSVP so you have a head count for the caterer. | Do I need to send out an invitation for the rehearsal and rehearsal dinner? The majority of our guests for the rehearsal are from out of town. Or is a nice e-mail to everyone acceptable? How soon should we send out the e-mail or invitations? | But it is also considerate to invite your out-of-town guests to attend as a kind gesture of thanks for traveling all the way. When to send: Send invitations three to six weeks in advance. 7: Thank-You Card. What it is: You should send thank-you notes for all gifts received during the course of planning your wedding. |
what does adalind mean | Adalind meaning | Meaning of name. English Boy Names: A B C D E F G H I J K L M N O P Q R S T U V W X Y Z English Girl Names: A B C D E F G H I J K L M N O P Q R S T U V W X Y Z. Expression number of Adalind is 9. Adalind are idealistic who embrace the principles of compassion and forgiveness. Adalind are visionary who is wiling to make a better world and have the ability to influence masses. Adalind are also creative and imaginative that gives them an artistic talent. | Search english names by qualities, Note: use only one quality at a time for better results. How to choose a name for your baby. Get the meaning of Adalind and celebrities who also shares the same name and some names related to Adalind, english baby names list, list of names in english. Expression number of Adalind is 9. Adalind are idealistic who embrace the principles of compassion and forgiveness. Adalind are visionary who is wiling to make a better world and have the ability to influence masses. Adalind are also creative and imaginative that gives them an artistic talent. | Adelind is a form of the name Adelaide. Adelind is a diminutive (nickname) of Adelinda. The name Adelaide is derived from the Germanic elements adel meaning nobel and heid meaning kind or sort. The name was borne by the wife of the Holy Roman Emperor Otto the Great in the 10th century. One part indicates the gender and the other the characteristic of the person. For example, Adelbert or Albert is composed of adel meaning noble and a derivation of beracht meaning bright or shining. Given names are generally gender specific. Male names cannot be used for females and vice versa. | The name Adeline is a French baby name. In French the meaning of the name Adeline is: American Meaning: The name Adeline is an American baby name. In American the meaning of the name Adeline is: Teutonic Meaning: The name Adeline is a Teutonic baby name. In Teutonic the meaning of the name Adeline is: noble. Latin Meaning: The name Adeline is a Latin baby name. In Latin the meaning of the name Adeline is: Of the nobility. Noble. German Meaning: The name Adeline is a German baby name. In German the meaning of the name Adeline is: Pleasant; Of the nobility. Noble. From the Old German 'athal' meaning nobl | Adelina is a county in Poland. It is also the name of a saint in France and a noble woman of Holland. Adelina Garcia is an American singer and Adelina de Lara was a British actress. |
abcdefghijklmnopqrstuvwxyzzyxwvutsrqponmlkjihgfedcba definition | abcdefghijklmnopqrstuvwxyzzyxwvutsrqponmlkjihgfedcba. This is the alphabet spelled forward and backward. You are the greatest person ever if you can recite this 10 times fast. Police: please recite the alphabet forward and backwards | Sliding friction is stronger when an object is stationary (this is called static friction) than when the object is in motion (this is called kinetic friction). When trying to move a box, it is often harder to get the box moving than it is to keep the box in motion. It also causes objects to heat up or make a sound. When you rub your hands together, for example, they begin to feel warmer because friction is heating them up. In addition, rubbing your hands together makes a sound. | Rolling friction happens when a round object rolls from one place to another. This kind of friction can be seen in objects like balls and wheels. There are two types of rolling friction: starting friction and rolling friction. It also causes objects to heat up or make a sound. When you rub your hands together, for example, they begin to feel warmer because friction is heating them up. In addition, rubbing your hands together makes a sound. | The reversed() function returns an iterator, so reversed(substring) == substring will never be true and longest_palindrome will never be overwritten. Hence, the function will literally find the longest palindrome inside a string. 1 It runs in exponential time to the size of the given text. 2 It runs by enumerating all the strings in the form a-z, creating two regexes for each generated string and testing the input against each regex. 3 Further, it fails if the palindrome contains uppercase letters, numbers, non-ascii text, punctuation, etc. | Friction is a force that resists motion. It occurs when one object is in contact with another object. When two surfaces are pressed together, the molecules of these surfaces come in contact and experience attractive forces between one another. It also causes objects to heat up or make a sound. When you rub your hands together, for example, they begin to feel warmer because friction is heating them up. In addition, rubbing your hands together makes a sound. |
what does johannes mean | Johannes /jo-han-nes/ [2 sylls.] as a name for boys. Johannes' name origin is Hebrew, and the name Johannes means God is gracious. Johannes is an alternate spelling of John (Hebrew). Compare last name Johanns. See also Hovannes and Ieuan. | Johannes is a Medieval Latin form of the personal name that usually appears as John in English language contexts. It is a variant of the Greek name (ιωάννης) and Classical Latin (Ioannes), itself derived from the Hebrew name Yehochanan meaning Yahweh is gracious. The name became popular in Northern Europe, especially in Germany. Common German variants for Johannes are Johann, Hans (diminutized to Haenschen hänschen Or, haensel hänsel Known from Hansel , and gretel a fairy tale By the), Grimm, Brothers (hannes Jens) from Danish (and Jan). from dutch | What does Johannes mean, popularity, numerology and more. The German name Johannes is of Hebrew and Estonian origin. The meaning of Johannes is G-d is gracious. Local language versions of biblical names of Hebrew origin such as Hannah and David are still widely internationally popular today. Modern Hebrew names are often derived from Hebrew vocabulary, for example Aviva (spring) and Dov (bear). | Johannes is generally used as a boy's name. It consists of 8 letters and 2 syllables and is pronounced Yo-hannes. In the U.S. in 2014, it ranked 2710 in baby name popularity for boys with 44 occurrences. Less than 5 girls were given the name. Local language versions of biblical names of Hebrew origin such as Hannah and David are still widely internationally popular today. Modern Hebrew names are often derived from Hebrew vocabulary, for example Aviva (spring) and Dov (bear). | The name John, its variants and various language forms are all ultimately of Hebrew origin. The name John itself is the English form of the Latin name Iohannes which in turn is. The name Johana is a form of Johan. Johan has the diminutive (nickname) Hanke. Johan is generally used as a boy's name. It consists of 5 letters and 2 syllables and is pronounced Yo-han. In the U.S. in 2014, it ranked 579 in baby name popularity for boys with 477 occurrences. |
where is doha airport | Doha Airport. Doha-Airport is one of the major airports in Qatar. It is an international airport with more than 23.3m passengers per year (incoming, outgoing and transit). The runways are located 17 hours away from London and from here the shortest possible connection is a 1 Stop Over flight. From the city center of Doha to the terminals you will need approx. 14 minutes by car, as the distance is about 8 miles. To have a look at the Doha-Airport Flight Information please check the Arrivals & Departures section. And if you plan to visit Qatar please keep in mind that the official currency is Riyal | Qatar Airways moved all of its flights on Tuesday to the nation's brand multi-billion dollar airport in the capital of Doha. , finishing a ramp up of flights at an airport that could XXXX Qatar Airways greeted. Post to Facebook. Cancel Send. PHOTOS: First flights land at massive new hub airport in Doha, Qatar. Qatar Airways called its move to the new Hamad International Airport a milestone.. The carrier began operations just 17 years ago, but has quickly grown to become one of the world's major carriers. | 1 Doha Marriott - (8 min from the airport) Located on the beach a few minutes from the airport. 2 No airport shuttle. 3 Oryx Rotana Airport Hotel - (12 min from the airport) Located on the grounds of the old Doha Airport. 4 Airport transfers can be arranged directly through the hotel ($). 1 The Airport Hotel-Located inside the airport, just 2 minutes from Immigration and 5 minutes from Gates A10 or B10. 2 Day rooms are available for as little as 5 hours. 3 Doha Marriott - (8 min from the airport) Located on the beach a few minutes from the airport. 4 | All airlines serving Doha airport moved to the new Hamad International Airport on 27 May 2014. The new airport is located 4 kilometres (2.5 mi) east of the former facility. It covers 2,200 hectares (5,400 acres) of land and was able to handle 29 million passengers per year on opening day. This article is about the former Doha International Airport, closed in May 2014. For its successor, Doha's new civil commercial airport, see Hamad International Airport. This article is about the civilian use of the former Doha International Airport. | Qatar Airways moved all of its Doha flights to the brand new multi-billion dollar airport near the Qatari capital on Tuesday. The shift of national carrier's flights to the just-completed Hamad International Airport finishes a ramp-up of service at the sprawling new aviation hub, the home base for Qatar Airways. PHOTOS: First flights land at massive new hub airport in Doha, Qatar. Qatar Airways called its move to the new Hamad International Airport a milestone.. The carrier began operations just 17 years ago, but has quickly grown to become one of the world's major carriers. |
why are estuaries and watersheds important | Estuaries are partially enclosed bodies of water along coastlines where fresh water and salt water meet and mix. They act as a transition zone between oceans and continents. An estuary has a free connection with the ocean. Fresh water input from land sources (usually rivers) dilutes the estuary's salt content. Estuaries are important for the health of the oceans. Estuaries can filter sediment and pollutants from the water before it flows into the oceans. Excess nutrients are removed in bordering salt marshes, resulting in cleaner water for people and marine organisms. Estuaries act as a buffer between the ocean and the land | Estuaries, in short, are national treasures -- vital ecological and community resources whose health affects our health and the vibrancy of our communities and economy. 1. Summarize the characteristics that distinguish an estuary from other bodies of water. 2. List a few reasons why estuaries are important and why we should know how they work. Other web sites with helpful information about estuaries include: 1 Restore America's Estuaries. | Estuaries are bodies of water along our coasts that are formed when fresh water from rivers flows into and mixes with salt water from the ocean. In estuaries, the fresh river water is blocked from streaming into the open ocean by either surrounding mainland, peninsulas, barrier islands, or fringing salt marshes. 2. List a few reasons why estuaries are important and why we should know how they work. Other web sites with helpful information about estuaries include: 1 Restore America's Estuaries. | The Estuary System. An estuary is a partially enclosed body of water where fresh water from rivers and streams mixes with salt water from the ocean. Estuaries are areas of transition between the land and the sea. They are often called bays, harbors, inlets or sounds. The Chesapeake Bay is home to Baltimore and Hampton Roads, two of the North Atlantic’s five major ports. Estuaries are important for people, too. Estuaries support many popular educational and family activities, including boating, fishing, swimming, jet skiing, photography and bird-watching. | Click here to go to a map of watersheds for the estuaries within the National Estuary Program, operated by the Environmental Protection Agency. Observe the variation in watershed size for some of the estuaries around the country. 2. List a few reasons why estuaries are important and why we should know how they work. Other web sites with helpful information about estuaries include: 1 Restore America's Estuaries. |
why are estuaries and watersheds important | Watersheds are basically the areas that water flow in order to reach the ocean. For instance, a creek is part of the watershed of the St. Joseph River, which is a part of the … Great Lakes Watershed, that is a part of the St. Lawrance Seaway Watershed which filters into the Atlantic. estuaries are places where it is half salt water and half fresh water it is important because salt water has more minerals and fresh water has more oxygen so it is kind of lik … e the best of both worlds for the animals who live there. | Estuaries are bodies of water along our coasts that are formed when fresh water from rivers flows into and mixes with salt water from the ocean. In estuaries, the fresh river water is blocked from streaming into the open ocean by either surrounding mainland, peninsulas, barrier islands, or fringing salt marshes. 2. List a few reasons why estuaries are important and why we should know how they work. Other web sites with helpful information about estuaries include: 1 Restore America's Estuaries. | Estuaries, in short, are national treasures -- vital ecological and community resources whose health affects our health and the vibrancy of our communities and economy. 1. Summarize the characteristics that distinguish an estuary from other bodies of water. 2. List a few reasons why estuaries are important and why we should know how they work. Other web sites with helpful information about estuaries include: 1 Restore America's Estuaries. | The Estuary System. An estuary is a partially enclosed body of water where fresh water from rivers and streams mixes with salt water from the ocean. Estuaries are areas of transition between the land and the sea. They are often called bays, harbors, inlets or sounds. The Chesapeake Bay is home to Baltimore and Hampton Roads, two of the North Atlantic’s five major ports. Estuaries are important for people, too. Estuaries support many popular educational and family activities, including boating, fishing, swimming, jet skiing, photography and bird-watching. | Virginia's Watersheds. Introduction. In this WebQuest, students do Internet research on Virginia’s watersheds. They learn what watersheds are and find out which watershed they live in. Students find out why estuaries are an important part of a watershed. Students will investigate how Secchi disks are used to monitor water quality and will analyze authentic water quality monitoring station data from their watershed. Estuaries are important because they provide a unique environment for plants and animals that live in water that is part fresh and part salty. A Secchi disk is a disk attached to a string. It is lowered into a body of water until the data collector can no longer see the disk. |
average cost for removal company | Generally the average cost to hire moving company is about £600 – approximately that you would be charged for a removal job from Cardiff to Birmingham for example. Still, this amount will vary. Here are the options. Cost to Hire a Moving Company. The price for a 2 bedroom flat with the furniture in it from Scotland to England would be approximately between £500 and £1300 depending on the distance. If it is a small move that is for example 50 miles away the cost you can expect to pay would be about £750 including the packing | $1.84. Get an INSTANT estimate of the cost to Remove Wallpaper! Our free calculator uses recent, trusted data to estimate costs for your Wallpaper Removal project. For a basic 125 square feet project in zip code 47474, the benchmark cost to Remove Wallpaper ranges between $0.70 - $1.84 per square foot* . To estimate costs for your project: 1. Set Project Zip Code Enter the Zip Code for the location where labor is hired and materials purchased | Get an INSTANT estimate of the cost to Remove Carpet! Our free calculator uses recent, trusted data to estimate costs for your Carpet Removal project. For a basic 250 square feet project in zip code 47474, the benchmark cost to Remove Carpet ranges between $0.47 - $0.88 per square foot* . To estimate costs for your project: 1. Set Project Zip Code Enter the Zip Code for the location where labor is hired and materials purchased. 2. | Here are some examples. The average removal costs for 3 bedroom house move from Liverpool to Leeds, no packing included, would cost you approximately around £600 with a minimum price quote of about £450 and a maximum of about £700. If you wish for the packing to be included, then be ready to throw about £300 extra on those numbers. You can expect to pay about £200 for 1 month at most, for the stuff in a 3 bedroom house. Of course, the prices will vary, the highest one being in London. If you want to use storage for your 3 bedroom house, the costs outside London could be quite lower than this one. | Usually, making a trip to the dump to get rid of yard waste, appliances and smaller garbage loads is no big deal. But sometimes you need help with the bigger loads. On average, homeowners pay between $141 and $374 for junk removal, though costs depend largely on contents, volume and service policies. Trash removal is usually offered as part of your city utilities. But there are also independent companies who sometimes offer the service at a lower price. Junk removal services will remove junk from your home or your businesses -- charging around $200 for removal from a single family home and around $250 for removal from an apartment. Waste removal from a business will cost about $400. |
what is chino pants | A pair of trousers made from chino cloth, generally referred to as chinos. Chino cloth (/ˌtʃiːnoʊ/ CHEE-noh) is a twill fabric, originally made of 100% cotton. The most common items made from it, trousers, are widely called chinos. Today it is also found in cotton-synthetic blends. | Chino cloth (/ˌtʃiːnoʊ/ CHEE-noh) is a twill fabric, originally made of 100% cotton. The most common items made from it, trousers, are widely called chinos. | There is no doubt that khakis and chinos have many similarities. However, there are distinct differences between the two styles of pants. These differences can help men decide which pant to seek out in different situations. Most closets will have an assortment of both khakis and chinos. | The second, less obvious and less reliable rule of thumb for telling the difference between the two is the weight of the fabric. Chino pants are often made of a lightweight 100% cotton or cotton-blend fabric, while khakis are often constructed of a heavyweight 100% cotton fabric. Third, chino pants are often cut slimmer with a closer fit than khakis, adding to their formal appeal. | With a more recent military uniform heritage, chino pants earned a more formal style than khakis. One of the distinct differences between the two, and an easy trick to use when shopping or pairing an outfit, is the stitching. Stitching on khakis is visible, whereas it is concealed on chinos. |
why is restriction mapping useful | A restriction map is a map of known restriction sites within a sequence of DNA. Restriction mapping requires the use of restriction enzymes. In molecular biology, restriction maps are used as a reference to engineer plasmids or other relatively short pieces of DNA, and sometimes for longer genomic DNA. Based on the sizes of the resultant DNA fragments the positions of the sites can be inferred. Restriction mapping is a very useful technique when used for determining the orientation of an insert in a cloning vector, by mapping the position of an off-center restriction site in the insert (Dale, Von Schantz, 2003). | Restriction mapping is a method used to map an unknown segment of DNA by breaking it into pieces and then identifying the locations of the breakpoints. This method relies upon the use of proteins called restriction enzymes, which can cut, or digest, DNA molecules at short, specific sequences called restriction sites. | The animation below tells you that restriction endonucleases are very useful to molecular biologists. They cut DNA at specific locations and can be used to look for genetic diversity, to cut up DNA into smaller pieces, and/or to splice DNA from different sources into one molecule. In cells restriction endonucleases are used to cut up invading DNA from viruses. The restriction sites are ones found in viral DNA. | A restriction map is a description of restriction endonuclease cleavage sites within a piece of DNA. Generating such a map is usually the first step in characterizing an unknown DNA, and a prerequisite to manipulating it for other purposes. Typically, restriction enzymes that cleave DNA infrequently (e.g. those with 6 bp recognition sites) and are relatively inexpensive are used to produce at a map. The DNA to be restriction mapped it usually contained within a well-characterized plasmid or bacteriophage vector for which the sequence is known. In fact, there are usually multiple known restriction sites immediately flanking the uncharacterized DNA, which facilitates making the map. The most straightforward method for restriction mapping is to digest samples of the plasmid with a set of individual enzymes, and with pairs of those enzymes. | One common method for constructing a restriction map involves digesting the unknown DNA sample in three ways. Here, two portions of the DNA sample are individually digested with different restriction enzymes, and a third portion of the DNA sample is double-digested with both restriction enzymes at the same time. This method relies upon the use of proteins called restriction enzymes, which can cut, or digest, DNA molecules at short, specific sequences called restriction sites. |
what is a typical dose of metformin | The usual starting dose of Metformin HCl Tablets, USP is 500 mg twice a day or 850 mg once a day, given with meals. Dosage increases should be made in increments of 500 mg weekly or 850 mg every 2 weeks, up to a total of 2000 mg per day, given in divided doses. The maximum recommended daily dose is 2500 mg for Metformin HCl, USP. It is recommended that the insulin dose be decreased by 10% to 25% when fasting plasma glucose concentrations decrease to less than 120 mg/dL in patients receiving concomitant insulin and | 1 Metformin with a sulfonylurea: Your doctor will determine the dose of each medicine. 2 Metformin with insulin: At first, 500 mg a day. 3 Your doctor may increase your dose by 500 mg every week if needed until your blood sugar is controlled. 4 However, the dose is usually not more than 2500 mg per day. 1 Your doctor may increase your dose if needed until your blood sugar is controlled. 2 However, the dose is usually not more than 2000 mg per day. 3 Metformin alone (Glumetza®): At first, 500 mg once a day taken with the evening meal. 4 Then, y | The usual starting dose of GLUCOPHAGE is 500 mg twice a day, given with meals. Dosage increases should be made in increments of 500 mg weekly up to a maximum of 2000 mg per day, given in divided doses. Doses above 2000 mg may be better tolerated given 3 times a day with meals. The usual starting dose of GLUCOPHAGE XR (metformin hydrochloride) Extended-Release Tablets is 500 mg once daily with the evening meal. Dosage increases should be made in increments of 500 mg weekly, up to a maximum of 2000 mg once daily with the evening meal | The recommended starting dosage of both metformin and metformin ER for people taking insulin is 500 mg once daily. The maximum total daily dose for people taking insulin is 2500 mg for metformin and 2000 mg for metformin ER. Usually, when adding metformin to insulin, you should continue with your normal insulin dose. The recommended starting dosage of metformin is 500 mg twice daily. The dosage of metformin (Glucophage ®) or metformin ER (Glucophage XR ®) your healthcare provider prescribes will vary depending on a number of factors, including: | The usual starting dose of GLUCOPHAGE (metformin hydrochloride) Tablets is 500 mg twice a day or 850 mg once a day, given with meals. Dosage increases should be made in increments of 500 mg weekly or 850 mg every 2 weeks, up to a total of 2000 mg per day, given in divided doses. Doses above 2000 mg may be better tolerated given 3 times a day with meals. The usual starting dose of GLUCOPHAGE XR (metformin hydrochloride) Extended-Release Tablets is 500 mg once daily with the evening meal. Dosage increases should be made in increments of 500 mg weekly, up to a maximum of 2000 mg once daily with the evening meal |
what is a komodo dragon mating facts | 1 The Komodo dragon is the largest and heaviest living lizard in the world. 2 Komodo dragons eat almost any kind of meat. 3 Komodo Dragons are easily confused with crocodiles, in fact: They are called the “Ora” or land crocodile by locals. 4 They are able to grow as long as 10 feet and weigh about 300 pounds. Komodo Dragon Facts. 1 The Komodo dragon is the largest and heaviest living lizard in the world. 2 Komodo dragons eat almost any kind of meat. 3 Komodo Dragons are easily confused with crocodiles, in fact: They are called the “Ora” or land crocodile by locals. | The Komodo dragon (Varanus komodoensis), also known as the Komodo monitor, is a large species of lizard found in the Indonesian islands of Komodo, Rinca, Flores, Gili Motang, and Padar. The Komodo dragon is a vulnerable species and is on the IUCN Red List. There are approximately 4,000 to 5,000 living Komodo dragons in the wild. Their populations are restricted to the islands of Gili Motang (100), Gili Dasami (100), Rinca (1,300), Komodo (1,700), and Flores (perhaps 2,000). | The Komodo dragon is the largest living lizard. The largest verified specimen reached a length of 10.3 feet (3.13 m) and weighed 366 pounds (166 kg). This may have included a substantial amount of undigested food. More typical weights for the largest wild dragons are about 154 pounds (70 kg). | Size & characteristics. The average size of a male Komodo dragon is 8 to 9 feet and about 200 lbs., according to the Smithsonian National Zoological Park, but they can reach a whopping 10 feet (3 meters) in length. Females grow to 6 feet (1.8 m). Komodo dragons are a species of monitor lizard, which are large reptiles found in Africa and across Asia. The taxonomy of Komodo dragons, according to the Integrated Taxonomic Information System (ITIS), is: 1 Kingdom: Animalia. | Interesting Komodo Dragon Facts: Komodo dragons are the largest lizards. They can reach 10 feet in length and weigh up to 200 pounds. They are carnivores (meat-eaters) who like to eat pigs, deer, snakes, fish and water buffalos. Adult komodo dragons are cannibals (eat their own species) and 10% of their diet is made of newly hatched Komodo dragons. Komodo dragons look like mythical creatures, but in fact, they are just large lizards. They live on 4 island of Indonesia: Komodo, Flores, Rinca and Gili Motang. |
how much education does a microbiologist need | Educational Requirements for Microbiologists. To become a microbiologist, a person needs to complete a bachelor's degree program in microbiology. These programs introduce students to concepts in bioinformatics, virology and immunology. Essential Information. Microbiologists study microorganisms like bacteria, viruses, algae, fungi and microscopic parasites. Microbiologists typically complete at least a bachelor's degree program in microbiology or a related biological science. In order to enter some fields, such as teaching or advanced research, microbiologists may need to complete an advanced degree program | The median salary for a beginning microbiologist with a Ph.D. in 2006 was $38,392 per year, while the median salary for a microbiologist with five to eight years of experience was $70,567. The median salary for those with more than eight years’ experience was $79,952. Beginning microbiologists with bachelor’s degrees can expect to be closer to the $20,000 range, while those with doctoral degrees can expect to earn about $40,000 per year until they have gained experience in practice. | The level of education required of microbiologists can vary greatly. For some positions, you may only need an associate's degree in chemistry or biology, while other openings will require you to earn a PhD in microbiology. Career Information At a Glance. Microbiologists study tiny organisms such as bacteria, algae and viruses, most often working in a laboratory setting using biotechnology instruments. The following chart gives you an overview of the education and job outlook for this field. | Learn about the education and preparation needed to become a microbiologist. Get a quick view of the requirements as well as details about degree programs, job duties and specialization options to find out if this is the career for you. View 10 Popular Schools ». Some microbiologists do research to simply advance human knowledge, while others have a particular goal in mind. Degrees are available at the bachelor's, master's and doctoral degree level to meet a variety of career options. | Microbiologist: Educational Requirements for a Career in Microbiology. Microbiologists require a significant amount of formal education. Learn about the education requirements and job duties to see if a career in microbiology is right for you. View 10 Popular Schools ». Essential Information. Microbiologists study microorganisms like bacteria, viruses, algae, fungi and microscopic parasites. Microbiologists typically complete at least a bachelor's degree program in microbiology or a related biological science. In order to enter some fields, such as teaching or advanced research, microbiologists may need to complete an advanced degree program |
are dogs allowed at silver lake sand dunes | Dogs are not allowed in park buildings or swim beaches, but are welcome in the campgrounds and hiking trails (see Public Beaches above). There is also an area called Sargent Sand Lake along Piney Ridge Road that is not an actual beach--but it is on State Park property and dogs are allowed in the water there. At no time should your dog be left unattended. | Dogs are not allowed in park buildings or swim beaches, but are welcome in the campgrounds and hiking trails (see Public Beaches above). There is also an area called Sargent Sand Lake along Piney Ridge Road that is not an actual beach--but it is on State Park property and dogs are allowed in the water there. | We have 985 acres of hiking trails, over 1 mile of Lake Michigan beach for sunbathing and swimming. Open to hunting and fishing, has three geologically ancient lakes behind the dunes. Picnic shelter and cross country skiing. Dogs on a leash are allowed within the beach and swimming area. | Loomis Street Boat Ramp, at the end of Ludington Avenue, has a small beach area where pets are welcome to roam. They are not allowed on Stearns Beach at any time, but can still experience the fun of splashing in Lake Michigan. They can be off leash here also. | Welcome to Silver Lake Sand Dunes, where it’s always time to ‘Come out and Play’. Located along Lake Michigan’s sweeping shoreline between Muskegon and Ludington, Michigan, Silver Lake Sand Dunes Area is just a few hours from Chicago, Detroit, Traverse City and the Mackinac Bridge. |
what are sunspots | Sunspots are temporary phenomena on the photosphere of the Sun that appear visibly as dark spots compared to surrounding regions. They correspond to concentrations of magnetic field flux that inhibit convection and result in reduced surface temperature compared to the surrounding photosphere. The variation caused by the sunspot cycle to solar output is relatively small, on the order of 0.1% of the solar constant (a peak-to-trough range of 1.3 W·m −2 compared to 1366 W·m −2 for the average solar constant). | Individual sunspots may endure anywhere from a few days to a few months, but eventually decay. Sunspots expand and contract as they move across the surface of the Sun with a size ranging from 16 kilometers (10 mi) to 160,000 kilometers (100,000 mi) in diameter. The larger variety are visible from Earth without the aid of a telescope. The variation caused by the sunspot cycle to solar output is relatively small, on the order of 0.1% of the solar constant (a peak-to-trough range of 1.3 W·m −2 compared to 1366 W·m −2 for the average solar constant). | Sunspots are regions on the solar surface that appear dark because they are cooler than the surrounding photosphere, typically by about 1500 K (thus, they are still at a temperature of about 4500 K, but this is cool compared to the rest of the photosphere). Sunspots are cooler than the surrounding areas on the surface of the sun. Temperatures in the spots themselves might be on the order of 4,000 to 4,500 Kelvin, while the … surrounds sit at some 5,800 Kelvin. A link can be found below to learn more. | A sunspot is simply a region on the surface of the suncalled the photospherethat is temporarily cool and dark compared to surrounding regions. | Sunspots are caused by the Sun's magnetic field welling up to the photosphere, the Sun's visible surface. The powerful magnetic fields around sunspots produce active regions on the Sun, which often lead to solar flares and Coronal Mass Ejections (CMEs). Sunspots are only dark in contrast to the bright face of the Sun. If you could cut an average sunspot out of the Sun and place it in the night sky, it would be about as bright as a full moon. |
what are sunspots | Sunspots are dark, planet-sized regions that appear on the surface of the Sun. Sunspots are dark because they are colder than the areas around them. A large sunspot might have a temperature of about 4,000 K (about 3,700 C or 6,700 F). This is much lower than the 5,800 K (about 5,500 C or 10,000 F) temperature of the bright photosphere that surrounds the sunspots. Sunspots are only dark in contrast to the bright face of the Sun. If you could cut an average sunspot out of the Sun and place it in the night sky, it would be about as bright as a full moon. | Individual sunspots may endure anywhere from a few days to a few months, but eventually decay. Sunspots expand and contract as they move across the surface of the Sun with a size ranging from 16 kilometers (10 mi) to 160,000 kilometers (100,000 mi) in diameter. The larger variety are visible from Earth without the aid of a telescope. The variation caused by the sunspot cycle to solar output is relatively small, on the order of 0.1% of the solar constant (a peak-to-trough range of 1.3 W·m −2 compared to 1366 W·m −2 for the average solar constant). | Sunspots appear as dark areas on the sun that are cooler then the surrounding areas. They are caused by increased magnetic activity. Sunspot activity is describing increas … ed sunspots on the suns surface. Sunspots are cooler than the surrounding areas on the surface of the sun. Temperatures in the spots themselves might be on the order of 4,000 to 4,500 Kelvin, while the … surrounds sit at some 5,800 Kelvin. A link can be found below to learn more. | A sunspot is simply a region on the surface of the suncalled the photospherethat is temporarily cool and dark compared to surrounding regions. | Sunspots are caused by the Sun's magnetic field welling up to the photosphere, the Sun's visible surface. The powerful magnetic fields around sunspots produce active regions on the Sun, which often lead to solar flares and Coronal Mass Ejections (CMEs). Sunspots are only dark in contrast to the bright face of the Sun. If you could cut an average sunspot out of the Sun and place it in the night sky, it would be about as bright as a full moon. |
cost of cremation for stillborn | Low cost cremation is available in Tucson for between $660 and $995. Cremation prices do vary considerably between providers, so it is important to check around and ensure that the cremation price quoted for a low cost cremation equitably compares. Check exactly what is included. The National Funeral Directors Association’s survey of 2012 posited the average cost of a funeral in the U.S. at $7,045 (without any cemetery charges). Yet a cremation service will cost in the region of $3,000 – $4,000. It doesn’t take much to work out why our nation is turning to cremation! | The following documents are required for the burial of a stillborn baby: 1 Form PR315: perinatal medical certificate of cause of death (completed by doctor). 2 Form PR13: perinatal form of information of death (completed by the funeral director with the assistance of the parents). The law requires that stillborn babies be either cremated or buried. The procedures are: 1 the birth must be registered by the parents in the normal way. 2 if the doctor requests a post-mortem, a consent form must be signed by the parent. | Take your time. Don't feel pressured to make decisions you're not ready to make. Once you've registered your baby, the registrar will give you a certificate for burial or cremation. By law, a baby must be buried or cremated if he or she is stillborn at or after 24 weeks. Most, but not all hospitals offer to arrange a funeral (Sands 2014) . You don't need to make plans immediately, if you don't want to. Your baby’s body will be kept safely until you have decided what arrangements you wish to make. It is an opportunity to name their baby officially. First of all, your doctor or midwife will issue a Medical Certificate of Stillbirth. This should be taken to the nearest register office within 42 days in England and Wales, and within 21 days in Scotland. | Stillbirth: Surviving Emotionally. Stillbirth is one of the most devastating of losses, affecting over 25,000 families each year. Stillbirth touches families of all races, religion and socio-economic status. For many parents stillbirth is a loss that hits unexpectedly. In fact, up to half of all stillbirths occur in pregnancies that had seemed problem-free. | Documents required for cremation. The following documents are required before the cremation of a stillborn baby: 1 PR315: perinatal medical certificate of cause of death (completed by the doctor). 2 PR13: perinatal form of information of death (completed by the funeral director). The law requires that stillborn babies be either cremated or buried. The procedures are: 1 the birth must be registered by the parents in the normal way. 2 if the doctor requests a post-mortem, a consent form must be signed by the parent. |
what is meant by whitney snitch | In the end it meant a lot to his identity. His whole professional identity was tied inextricably to Whitey.. At his sentencing, Connolly denied taking money or gifts from Bulger's but acknowleged that rubbing elbows with the mob boss was part of his job. He did what the FBI wanted him to do, his attorney argued. Editor's Note: This article was written shortly after Whitey Bulger's arrest in June 2011. (CNN) -- James Whitey Bulger left Boston 16 years ago in the dark of night, a brash high-echelon FBI snitch one step ahead of a racketeering indictment. | Yesterday, Whitney Houston’s final autopsy report was released to the media and others who immediately began misinterpreting the coroner’s findings. There is so much misinformation surrounding the autopsy report. Sketches made by the coroner indicates the condition Whitney’s body was found in after it arrived at the coroner’s office. This means, abrasions and other lacerations found on Whitney’s body were likely caused by the frantic attempts to pull her out of the tub and to revive her. | Bobby Brown Breaks His Silence. In his first interview since the tragic death of Whitney Houston Bobby Brown sits down with The Today Show's Matt Lauer and reveals some shocking and not so shocking truths.... Bobby did NOT get Whitney on drugs. She was on them WAY before they got together. She was feeling conflict about her lesbian relationship with Robin AND the stress of being so young but one of the biggest pop stars on earth also got to her. | Whitney Houston’s only child, Bobbi Kristina Brown, is reportedly brain dead following an apparent suicide attempt at her Roswell home early Saturday, according to a source. Brown, 21, was found submerged face down in a bathtub filled with water at her townhouse in the Ellard Subdivision just north of Atlanta. Brown’s mother, singer Whitney Houston was pronounced dead at age 48 after she drowned in a bathtub at the Beverly Hilton Hotel on February 11, 2012. The coroner ruled Whitney’s death an accidental drowning, but drugs were found in her system. | Anonymous said... Anonymous 10:18, Bobby Brown may have played a role in doing alot of things in his life as well as with the marriage to Whitney, but even her sister n law stated that Bobby Brown did not introduce her to drugs. Bobby did NOT get Whitney on drugs. She was on them WAY before they got together. She was feeling conflict about her lesbian relationship with Robin AND the stress of being so young but one of the biggest pop stars on earth also got to her. |
what are the worms enemies | Earthworm enemies include ants, springtails, centipedes, slugs, mites, certain beetle larvae, birds, rats, snakes, moles, mice, gophers, toads, and other insects or animals which feed on worms or molest them. | What worms eat depends in part on where they live. Worms can live closer to the surface or much deeper underground. On the surface, worms eat a variety of organic materials, s … uch as dead grass and leaves that have fallen from the trees. There are microscopic organisms that live on these leaves. These organisms provide the worm with a variety of algae, fungi and bacteria that are essential for the worm's diet. Worms that live deeper under the ground have a diet that is primarily raw dirt. The worms eat the bacteria, fungi and algae that are in the dirt. The dirt passes through the worm and comes out in what is known as worm casts. This is a nice way of saying excrement. These casts are very beneficial to the plants in your garden | Tape worms are not round worms. A tape worm is a flat worm. Both are intestinal parasites and feed off the nutrients that are provided by the host. A tapeworm is segme … nted and the segments break off and look like little grains of rice. A round worm is long and round. In large quantities they resemble spaghetti. Worm farming is raising worms that can be used for fishing, composting, feed for fish and other animals. Worm composting is the use of worms to compost household waste. Items … such as table scraps (no meat or dairy), cardboard, paper(no colored newsprint) can be feed to the worms. | Worms are enemies appearing in Link: The Faces of Evil. Worms are small and easily defeated by most of Link 's weapons. However, due to their size it can be difficult to hit them with Link 's sword, making projectile weapons ideal for dispatching them. Categories : | At 70% protein, earthworms make a nice meaty snack for birds, reptiles and mammals, especially moles. Because we certainly don't want to go around wiping out birds, reptiles and mammals, we'll let them have their share. But there are some sinister characters lurking in the soil. These long, slimy, longitudinal-striped worms with a flattened head -- a native of Indo-China that hitched a ride on greenhouse plants -- will actually melt earthworms with an enzyme before slurping them up. And they do it a lot. Blech. The best control if you see a flatworm is to spray it with citrus oil or vinegar. |
gestation period for cats | Cat gestation period varies from cat to cat-much like humans! The average gestation period for cats is about 65 days, with most lasting between 63 and 67 days. Having said that, cat pregnancy can last anywhere between about 57 and 70 days. An easy way to remember the gestation period of a cat is to think of each week of cat pregnancy as equivalent to a month of human pregnancy. So, 9 weeks of a cat pregnancy is 63 days (equivalent to 9 months of a full-term human pregnancy). | A typical healthy gestation period for a domestic cat is typically anywhere from 57 to 69 days, but you'll hear different numbers in or around that range, even from veterinarians. The number 65 is often mentioned as the ideal time frame. The entire cat gestation period, while not all that long, is very stressful for your cat. Make sure that your vet is fully involved in the pregnancy and that you report anything that may be a possible health issue for your cat during this time. | Gestation Period for Cats. The most common gestation period of cats will last between 63 and 67 days but variations up to 71 have been noted. This is nothing to be alarmed about but it might be good to pay extra attention to the cat's behavior. | If your cat was in heat and had access to a whole male cat, the likelihood that she is pregnant is very strong. A pregnant queen will show both physical and personality changes which will become more evident around three weeks after breeding. The gestation period for cats runs from 60 to 67 days. I like to use 63 days as an average, because it is easier to equate with human gestation (nine weeks vs nine months). | The usual cat gestation period is 58 to 65 days, that is, about nine weeks or a little over two months. However, the cat can have a normal delivery approximately five days before or after the stipulated date too. So, over all, the cat pregnancy period can be as short as 58 days or go up to 70 days. If the owner is breeding the cat, he will be able to keep a check on the gestation period. |
how many cubic feet in a yar | When you ask how many cubic feet there are in a yard I think you mean How many cubic feet in a cubic yard?. Building contractors quite often use the term yard when they mean cubic yards.. When someone talks about yards of concrete or yards of topsoil they really mean cubic yards. A cubic yard is the volume of a box that is 1 yard long, 1 yard wide and 1 yard high. So how many cubic foot boxes could you fit inside a cubic yard box? One yard is three feet so you can fit 3 3 = 9 cubic foot boxes on the bottom of a cubic yard box. To fill the box you need 3 such layers so there are. 3 3 3 = 27. Cubic feet in a cubic yard | Cubic feet to cubic yards conversion table shows the most common values for the quick reference. Alternatively, you may use the converter below to convert any other values. 1 Cubic Foot = 0.037037037 Cubic Yards. Cubic foot is an imperial, u.s. customary unit. The abbreviations for this unit are cu ft and ft 3 . Cubic yard is an imperial, u.s. customary unit and defined as a cube with sides are one yard in length. Several symbols are used as abbreviation for this unit, but mostly cu yd and yd 3 are used. | Calculate the volume of a cylinder. It works out to 1.4 cubic feet of sand for every foot of length of the casing. A yard of sand is 27 cubic feet, divided by the 1.4 cu/ft = 19 feet of 16″ casing can be filled with a yard of sand. | The answer is 46656. We assume you are converting between cubic inch and cubic yard. You can view more details on each measurement unit: cubic inch or cubic yard. The SI derived unit for volume is the cubic meter. 1 cubic meter is equal to 61023.7438368 cubic inch, or 1.30795061379 cubic yard. | Unsourced material may be challenged and removed. (December 2009). A cubic yard is an Imperial / U.S. customary (non-SI non-metric) unit of volume, used in the United States, Canada, and the UK. It is defined as the volume of a cube with sides of 1 yard (3 feet, 36 inches, 0.9144 metres) in length. |
krebs cycle involves what production | : 24 Molecules of ATP / Molecule of Glucose. : 20 Molecules of ATP / Molecule of Glucose. The Krebs cycle is the primary metabolic pathway through which aerobic energy is released from carbohydrates, proteins, and fats in a useable form. When measuring the energy production of the Krebs cycle, the output is measured in molecules of ATP (Adenosine triphosphate) per molecule of glucose. | Since one molecule of glucose produces two molecules of Acetyl–CoA, the Krebs cycle’s energy output is usually expressed as the product of the two cycles necessary to breakdown both Acetyl–CoA’s. Two Krebs cycles create two GTP, Guanosine triphosphate, which can be readily converted into 2 ATP. | The Krebs cycle is the fundamental process involving production and usage of adenosine triphosphate (ATP). According to the Genetic Home Reference from the U.S. National Library of Medicine of the National Institutes of Health, ATP is a substance that provides energy for many metabolic processes in all living cells. | The Krebs Cycle (also known as the Citric Acid or Tricarboxylic Acid (TCA) cycle) is the process through which aerobic cellular metabolism occurs. Hans Krebs received the 1953 Nobel Prize in Medicine for his “discovery” of the citric acid cycle. | This oxaloacetic acid is the beginning point of the cycle once more. The Krebs cycle manufactures high-energy phosphate compounds, which are the main source of cellular energy. Impairment of the production of ATP by the mitochondria has long been thought to cause chronic illness. |
is fundal height accurate | Not accurate.: Fundal height assessment is poor man's ultrasound to assess fetal growth. It is notoriously inaccurate and depends on maternal weight for height, fibroids, amniotic fluid volume, lordosis of the maternal spine and experience of the examining prenatal care provider. Normal: Ultrasound is more accurate compared to measurement of the fundal height. The first trimester ultrasound will be more accurate in dating the pregnancy than the second trimester ultrasound in most cases. ...Read more. | So how accurate is fundal height measurement at detecting potential problems? Studies show detection rates range anywhere from 17 percent to 93 percent, with an average of 65 percent (but with a 50 percent false-positive rate). A: Starting between 12 weeks and 14 weeks pregnant, many doctors and midwives perform a fundal height measurement at each prenatal visit to monitor the fetus’s growth. This involves measuring the distance from the top of the pelvic bone (symphysis pubis) to the top of the uterus (fundus | Fundal height is generally defined as the distance from the pubic bone to the top of the uterus measured in centimeters. After the first 16 weeks of pregnancy, your fundal height measurement often matches the number of weeks you''ve been pregnant. | Yes | No Thank you! The fundal measurements are an 'old fashioned' way of measuring the size of the baby. Ultrasound is much more accurate, as they measure the size of the baby's head, belly, and thigh bone and run those numbers against statistics with other babies that date/size compared to birth weights. | Fundal height. Fundal height is generally defined as the distance from the pubic bone to the top of the uterus measured in centimeters. After the first 16 weeks of pregnancy, your fundal height measurement often matches the number of weeks you've been pregnant. For example, if you're 27 weeks pregnant, your health care provider would expect your fundal height to be about 27 centimeters. It isn't unusual, however, for your fundal height to measure somewhat smaller or larger than expected. This might happen if you: 1 Have a high body mass index. |
what is unique about butterfly fish | Also known as a “One Spot Butterfly”, the Tear Drop Butterflyfish is a beautiful tropical fish originating from the reefs of the Indo-Pacific. Part of the Chaetodontidae family, the unique feature of the Tear Drop Butterflyfish make it a popular species among tropical fish collectors and enthusiasts. Threadfin Butterflyfish are one of the more popular butterflyfish, especially for saltwater tank enthusiasts. This beautiful fish is found in Hawaii, Indonesia, Fiji, Papua New Guinea, Sri Lanka and Tonga and loves to hang out to hang out on inner and outer reef slopes. | The Ornate Butterfly Fish comes from the Chaetodontidae family of reef fish. For a number of reasons, this fish is considered one of the most beautiful fish in Hawaii. You can easily spot the Ornate Butterfly by its six orange diagonal stipes the are on both sides of its body. Threadfin Butterflyfish are one of the more popular butterflyfish, especially for saltwater tank enthusiasts. This beautiful fish is found in Hawaii, Indonesia, Fiji, Papua New Guinea, Sri Lanka and Tonga and loves to hang out to hang out on inner and outer reef slopes. | The average butterfly fish is fairly small and generally grows to around 4 or 5 inches in length. Some species of the butterfly fish however, are known to grow to 8 inches (20 cm) long and some butterfly fish individuals have been known to grow to 30 cm in length. The butterfly fish can live for up to 10 years in a well kept aquarium but will only reach about 7 years old in the wild. Butterfly fish are preyed upon by a number of large predators including fish such as snappers, eels and sharks. Due to the fact that the butterfly fish is small in size, it is able to tuck itself into crevices in the coral in order to escape danger and prevent itself from being eaten. | The African Butterflyfish Pantodon buchholzi is a unique and fascinating freshwater fish from Africa. It is also known as the Freshwater Butterflyfish. The Butterfly fish was Introduced to European aquarists in 1905 and is the only member of its species, and its family. A Butterfly fish has a flat head and back that is a light brown or greenish color with a silver sheen and has dark markings on the fins and underside. The large pectoral fins of the Freshwater Butterflyfish are widespread and it uses them to glide over short distances. | The butterfly fish is a generally small sized species of marine fish, found in tropical and subtropical waters, primarily around coral reefs. The butterfly fish is well known for it's brightly coloured body and elaborate markings. Butterfly fish are preyed upon by a number of large predators including fish such as snappers, eels and sharks. Due to the fact that the butterfly fish is small in size, it is able to tuck itself into crevices in the coral in order to escape danger and prevent itself from being eaten. |
where are the redwoods located | The depth inland ranges from as small as 5 miles to 47 miles at the widest point. The Redwoods National and State Parks are a group of parks with a total area of more than 130,000 acres located in Del Norte and Humboldt Counties along the coast of Northern California. These parks protect 45% of the remaining Coastal Redwood old-growth forests. All are located along Highway 101 outside the Redwood National and State Parks. As you drive north on 101 the Chandelier tree is the first you’ll encounter in the town of Leggett. The Shrine Drive-Thru Tree is the next one and can be found off the Avenue of the Giants exit near the town Myer Flat. | Among the places that preserve giant sequoias are Sequoia National Forest, Sequoia National Park, and Giant Sequoia National Monument. Redwoods. These tallest of trees reach heights of more than 350 feet (107 meters). The tallest tree in the world is named Hyperion, which reaches 379.7 feet (115.7 meters). Redwoods can achieve a diameter of 24 feet (7 meters), and 1.6 million pounds (725,700 kg). Giant sequoias can grow to be about 30 feet (9 meters) in diameter and more than 250 feet (76 meters) tall. The biggest of these behemoths is General Sherman, a giant sequoia in Sequoia National Park. | Trees in the World. You have discovered the legendary California redwoods. At least once in your lifetime, you need to visit the magnificent coastal redwoods of Humboldt County—to walk, explore and soak up the silence and grandeur of forests unlike any others in the world. | This list is in order from north to south. 1 Prairie Creek Redwoods State Park: Located between Crescent City and Eureka, this redwood forest park is also home to a herd of Roosevelt Elk. 2 Redwood National Park: Several redwood forest parks in one, it preserves almost half of the remaining old-growth redwood forests. Coastal redwoods (sequoia sempervirens) are the tallest living things on our planet, growing 300-350 feet tall and 16-18 feet across, with record specimens soaring to 360 feet. You can find them in redwood forests along the California coast from the northern border down to Big Sur. | When you set out to take in the Giant redwood trees of California, pack your camera and head south to the park’s Mariposa Grove. Conveniently located near Yosemite’s south entrance, Mariposa Grove is home to the Grizzly Giant sequoia, a leisurely 0.8 mile walk from the main parking lot. |
starting salary of inspector met police | The starting salary for police constables in England and Wales is being cut by £4,000 to £19,000, the home secretary has confirmed. | Helping with Your Career. Police Oracle is committed to helping you get the career and training that you want. We work with Police Organisations across the country to bring you training manuals, OSPRE, Q&A, job listings, academic courses and careers advice to help you in your Police Career. | The NSW Police Force offers a very attractive salary and benefits package, which includes a starting salary of $ 65,000.00 (2014) plus six weeks annual leave. Family friendly policies ensure a supportive environment, which caters for maternity, carer's, sick and compassionate leave. | The Scottish Ministry of Justice tweeted: Home Office cuts to police starting salaries will not be imposed in Scotland.. Ex-rail regulator Tom Winsor, the review's author, was appointed last year as the Chief Inspector of Constabulary for England and Wales, the first non-policeman named to the post. | The starting salary for police officers is $52,184 a year, effective October 1, 2014. After 18 months of service, most police officers can expect to earn a base salary of approximately $57,094 a year. Recruits begin earning their full salary upon entering the Academy. |
what county is bath in | Bath County is a United States county located in the Shenandoah Valley and on the central western border of the Commonwealth of Virginia. As of the 2010 census, the population was 4,731 in 2014, the population was estimated to be 4,771, making it the second-least populous county in Virginia. Bath's county seat is Warm Springs. Bath County was created in 1790 from parts of Augusta, Botetourt, and Greenbrier counties, and it was named for the English city of Bath. Like its namesake, Bath County's economy is focused on tourism and recreation, due to its many natural mineral springs found in the are | Bath became part of the county of Avon in 1974, and, following Avon's abolition in 1996, has been the principal centre of Bath and North East Somerset. In 2011, its population was 88,859. Bath is located 97 miles (156 km) west of London and 11 miles (18 km) south-east of Bristol. The city, in the valley of the River Avon, became a World Heritage Site in 1987. | Traditionally, Bath was in Somerset. In 1974 the government created the much hated Avon county, which was abolished in 1997 and replaced by a unitary authority. in north and north-east somerset. Bath is in the county of Somerset. the map coridnats of my bath room are 35,26,33,52. The city of Bath in the UK is in the county of Bath And North East Somerset. | Bath County was established on December 14, 1790 from sections of Augusta, Botetourt, and Greenbrier counties. Due to the many mineral springs found in the area, the county was named for the English spa and resort city of Bath. Bath's county seat is Warm Springs. Bath County was created in 1790 from parts of Augusta, Botetourt, and Greenbrier counties, and it was named for the English city of Bath. Like its namesake, Bath County's economy is focused on tourism and recreation, due to its many natural mineral springs found in the area | Emily, United Kingdom. Situated in central Bath, The County offers views over the city’s famous Recreation Ground, towards Bath Abbey. Offering free WiFi and free private parking, this property is ideal for exploring Bath’s ‘World Heritage Site’ attractions. In the mornings, The County serves full English breakfast. Guests can enjoy drinks in the well-stocked bar. The city centre of Bath is home to numerous restaurants, pubs, and shops, and the Bath Spa Railway Station is only 12 minutes' stroll from the hotel. |
things you should do for your pitbull to keep them healthy | Properly feeding your Pit Bull will not only keep them looking healthy but you will also help them avoid common health problems like joint problems. Pit Bulls are active dogs that need plenty of exercise. IMPORTANT: Two things you should do before you start getting your dog in shape. First, take your dog to the vet and get a full check up to ensure they are in good health to start. Second, keep them on the same diet but increase their exercise. Some people make the mistake of reducing food and increasing exercise. | With a few exceptions, your lungs don’t get into trouble unless you get them into trouble, he says. However, chronic obstructive pulmonary disease (COPD) is the fourth-leading cause of death in the U.S. after heart disease, cancer, and stroke. Here are 12 things you can do to keep your lungs healthy as you age. Next: Don’t smoke...anything. | Both you and your dog will benefit from the extra socialization. Pit Bulls are very active dogs that need a LOT of run around time and exercise, but are generally not compatable with off-leash dog parks. Don't get a young Pit Bull if you live your life in the slow lane. Pit Bulls Love Kids. Pit Bulls are Social Butterflies-Your dog will LOVE to go places with you to see the sights and visit with your friends, family, and strangers on the street. Over the last 20 years or so, the Pit Bull has fallen victim to the careless deeds of unethical breeders, irresponsible and even shady owners. | The good news is that there are lots of things you can do to care for your dog. Learn how to maintain a good diet of high quality food, get preventative veterinary care, and do your best to provide a healthy, loving environment. Most people with pet dogs chose to keep them in the house with the family. If you do keep your dog outside, provide an insulated dog house, warm bedding for cold climates, shade for warm climates, food, and water (that won't freeze or stagnate). Never chain your dog, since this could cause leg or neck injuries. | You may also add water to dry dog food and offer it to the puppies at this time as well. Breast milk should be the only source of food after the pitbull pregnancy for your puppies until they are about three weeks old. It is best to start them on a food that is specially-designed for puppies. A litter of pit bull puppies from Kinneman Kennels (American Bully Pitbull breeders based in Pittsburgh, PA). A Pitbull pregnancy lasting for 72 days or longer is not normal. If you dog is past due, your vet will most likely give them shots to induce labor. |
the average fee of parole attorneys in texas | The following is my current fees and services agreement for all parole cases. The total fee is a fixed fee of $2,400. There is a non-refundable $400 interview fee. This fee will cover my interview with the client on the unit. The remaining balance in the case is $2,000. This $2,000 will be divided evenly between the written parole information ($1,000) and the oral presentation to the Parole Board Member that votes the case ($1,000). | In rural areas and small towns, lawyers tend to charge less, and fees in the range of $100 to $200 an hour for an experienced attorney are probably the norm. In major metropolitan areas, the norm is probably closer to $200 to $400 an hour. Lawyers with expertise in specialized areas may charge much more. | Here is a list of the average cost of a criminal defense lawyer you can expect to pay in San Antonio, Texas: Charged With Possession of Marijuana Less than 1 gram in Bexar County: You have no criminal history, no substantive defense to the crime (you were caught red handed). | Charged With DWI, first offense in San Antonio: You have never been in trouble before. You require a trial to fight the charge. The average cost of a criminal defense lawyer in San Antonio is between $4,000 and $10,000. Charged With Assault Family Violence, Class A in San Antonio. You have a bit of criminal history. | In rural areas and small towns, lawyers tend to charge less, and fees in the range of $100 to $200 an hour for an experienced attorney are probably the norm. In major metropolitan areas, the norm is probably closer to $200 to $400 an hour. Lawyers with expertise in specialized areas may charge much more. |
what are liverworts used for | LIVERWORT Overview Information. Liverwort is a plant. People make medicine out of the fresh or dried parts that grow above the ground. Despite serious safety concerns, liverwort is used for treating gallstones and liver conditions including jaundice, liver enlargement, hepatitis, and liver cirrhosis. | Mosses are small flowerless plants that usually grow in dense green clumps or mats, in damp or shady locations. The individual plants are usually composed of simple, one-cell thick leaves, covering a thin stem that supports them but does not conduct water and nutrients (nonvascular). Botanically, mosses are non-vascular plants in the land plant division Bryophyta. They are small (a few centimeters tall) herbaceous (non-woody) plants that absorb water and nutrients mainly through their leaves and harvest carbon dioxide and sunlight to create food by photosynthesis. | 1. any of numerous small green nonvascular plants of the class Hepaticopsida growing in wet places and resembling green seaweeds or leafy mosses. Familiarity information: LIVERWORT used as a noun is very rare. | Many other plants have rhizoids, but only in the liverwort is the rhizoid unicellular. One of the more than 100 species in the liverwort genus Riccia is the slender riccia (Riccia fluitans), which can be found floating in ponds, and is sometimes used in aquariums. It is sometimes called crystalwort. It is used in aquariums as a retreat for young fry and is used in live-bearing tanks. | In a leafy liverwort the gametophyte consists of leaves on stems. In a thallose liverwort you'll see a flattish, green sheet-possibly wrinkled or lobed. Such a sheet is called a thallus and, in many cases, that's all there is to the gametophtyte. The spore capsule (possibly with a supporting stalk, or seta) is the sporophyte and this grows from the gametophyte stage. The aim of this page is simply to describe the features you can see in a liverwort. You will see much, but by no means all, of the variety to be found in the liverworts. |
how common is noonan syndrome | Noonan syndrome (NS) is a relatively common autosomal dominant congenital disorder that affects both males and females. It is referred to as the male version of Turner's syndrome (and is still sometimes described in this way); however, the genetic causes of Noonan syndrome and Turner syndrome are distinct. It is believed that between approximately 1 in 1,000 and 1 in 2,500 children worldwide are born with NS. It is one of the most common genetic syndromes associated with congenital heart disease, similar in frequency to Down syndrome. However, the range and severity of features can vary greatly in patients with NS. | Most people with Noonan syndrome have a heart defect. The most common heart defect is a narrowing of the valve that controls blood flow from the heart to the lungs (pulmonary valve stenosis). Approximately 50 to 70 percent of individuals with Noonan syndrome have short stature. At birth, they are usually of normal length and weight, but growth slows over time. Abnormal levels of growth hormone may contribute to the slow growth. | Noonan syndrome is a common genetic disorder that is typically evident at birth (congenital). The disorder is characterized by a wide spectrum of symptoms and physical features that vary greatly in range and severity. | Most people with Noonan syndrome have a heart defect. The most common heart defect is a narrowing of the valve that controls blood flow from the heart to the lungs (pulmonary valve stenosis). People with Noonan syndrome have distinctive facial features such as a deep groove in the area between the nose and mouth (philtrum), widely spaced eyes that are usually pale blue or blue-green in color, and low-set ears that are rotated backward. | Most cases of Noonan syndrome result from mutations in one of three genes, PTPN11, SOS1, or RAF1. PTPN11 gene mutations account for approximately 50 percent of all cases of Noonan syndrome. SOS1 gene mutations account for 10 to 15 percent and RAF1 gene mutations account for 5 to 10 percent of Noonan syndrome cases. About 2 percent of people with Noonan syndrome have mutations in the KRAS gene and usually have a more severe or atypical form of the disorder. It is not known how many cases are caused by mutations in the BRAF or NRAS genes, but it is likely a very small proportion. |
what is a hemoglobin a1c | The A1C test is a blood test used to measure the average level of glucose in the blood over the last two to three months, and is used as a means of checking how well blood sugar levels are being controlled for a person with diabetes. 1 Prediabetes, a risk factor for diabetes, is signaled by levels between 5.7-6.4%. 2 A result below 5.7% indicates a healthy blood sugar level. 3 The typical target for people with diabetes is to get their A1C below 7%, but there are different targets for different individuals and stages of the disease. | A1C and eAG. The A1C test gives you a picture of your average blood glucose (blood sugar) control for the past 2 to 3 months. The results give you a good idea of how well your diabetes treatment plan is working. Your health care provider may report your A1C test result as eAG, or average glucose, which directly correlates to your A1C. eAG may help you understand your A1C value because eAG is a unit similar to what you see regularly through self-monitoring on your meter. | Hemoglobin A1c provides an average of your blood sugar control over the past 2 to 3 months and is used along with home blood sugar monitoring to make adjustments in your diabetes medicines. Hemoglobin is found in red blood cells, which carry oxygen throughout your body. For people without diabetes, the normal range for the hemoglobin A1c test is between 4% and 5.6%. Hemoglobin A1c levels between 5.7% and 6.4% indicate increased risk of diabetes, and levels of 6.5% or higher indicate diabetes. | A1c is a test that shows the average level of blood sugar over the past 2 to 3 months. People who have diabetes need to have this test done regularly to see whether their blood sugar levels have been staying within a target range. This test is also used to diagnose diabetes. A1c test results show your average blood sugar level over time. The result is reported as a percentage. Your goal is to keep your hemoglobin A1c level as close to your target level as possible. You and your doctor will work together to set your safe target level. | Description: A Hemoglobin A1C test is used to measure glucose in the blood in the last 2-3 months. It can also be used to screen for or aid in the diagnosis of diabetes. Hemoglobin is a protein found in red blood cells that helps to carry oxygen from the lungs to other parts of the body. |
actor vijay was born in | Short biography. Vijay was born on 22nd June 1974 in Chennai, Tamil Nadu. He is an actor, singer and film producer. Vijay went on to do Visual Communications at Loyola College, Chennai. | Vijay Photo Gallery | Vijay Latest News. Vijay is a famous Tamil film actor and playback singer. He is born as Joseph Vijay Chandrasekhar was born on June 22, 1974 in the family of leading film producer and director S. A. Chandrasekhar and Shoba Chandrasekhar, a playback singer. He did Visual Communications at Loyola College, Chennai | Joseph Vijay Chandrasekhar was born on June 22, 1974, to film producer and director S. A. Chandrasekhar and Shoba Chandrasekhar, a playback singer. | Vijay. Joseph Vijay Chandrasekhar, born June 22, 1974, is an actor and playback singer. Actor Vijay was born to a director and producer SA. Chandrasekhar. He has acted as a child artist in his father’s films. Later he did a leading role in 1992 in film Naalaya Theerpu. He is married to Sangeeta Sornalingam and has two children named Jason Sanjay and Divya Saasha | Personal Background. Joseph Vijay was born in Chennai, Tamil Nadu and his father SA Chandrasekhar is a noted producer and director in the Tamil film industry, while his mother Shobha Chandrasekhar is a playback singer. Height: 1.78 m. Personal Background. Joseph Vijay was born in Chennai, Tamil Nadu and his father SA Chandrasekhar is a noted producer and director in the Tamil film industry, while his mother Shobha Chandrasekhar is a playback singer. He studied visual communication at Loyola College in Chennai. |
meaning of the name leanne | English Meaning: The name Leanne is an English baby name. In English the meaning of the name Leanne is: A compound of Lee: wood, and Anne: grace, favour. Can also be a: downy, hairy. Can also be derived from Helen: Liight; beautiful woman, and a Youthful; bond. American Meaning: | The name Leanne is an English baby name. In English the meaning of the name Leanne is: A compound of Lee: wood, and Anne: grace, favour. Can also be a: downy, hairy. Can also be derived from Helen: Liight; beautiful woman, and a Youthful; bond. American Meaning: | Origin of the name Leanne: Modern name combining the names Lee (dweller by the wood or clearing) and Anne (gracious, full of grace). Alternatively, it is a variant spelling of Lianne (sun). From A World of Baby Names by Teresa Norman. | The name Leanne is an American baby name. In American the meaning of the name Leanne is: A compound of Lee: wood, and Anne: grace, favour. Can also be a: downy, hairy. Can also be derived from Helen: Liight; beautiful woman, and a Youthful; bond. | Meaning of Leanne. English name. In English, the name Leanne means-gracious plum.The name Leanne originated as an English name. The name Leanne is most often used as a girl name or female name. English Name Meaning-gracious plum. Origin-England. |
does meat tenderizer really work on mosquito bites | [Insect] venom is mostly protein, says Schultz, so the meat tenderizer works by breaking down the poison that's been injected.. A well-known treatment for jellyfish stings, meat tenderizer can be made into a paste with water, or applied directly to bites or stings. Photo from Amazon.com. The chemical properties in garlic are likely to kill off bacteria, but applying it to a mosquito bite might cause more discomfort before it relieves any. | Meat Tenderizer. Meat tenderizer contains papain, an enzyme found in papayas that breaks down the protein in meat. It also breaks down the protein in insect venom, which makes it effective in reducing pain, itching, and swelling in bites. Salt & Water. | A. Meat tenderizer contains papain, an enzyme from the papaya that helps break down protein. Doctors have recommended applying it to stings for years so that the papain can break down the venom. Your reaction sounds exceptionally severe. It is unlikely that a cut onion will work so long after the sting. | The meat tenderizer trick was our very first home remedy in the original edition of The People’s Pharmacy®.* We stumbled across it in the Journal of the American Medical Association.**. | Meat tenderizer Make a paste of meat tenderizer and water and rub on the bite area. Good also for jellyfish stings. Tenderizer has papain, which helps break down the proteins present in insect venom. |
how much do RNs make in missouri | Missouri. As of May 2009, the average income for a RN in Missouri is $62,310, according to the BLS, with a range of $38,050 for the lower 10th percentile, upward to $79,260 for the highest 90th percentile. These differences vary due to education, experience and job location. | Home health service RN’s earn an estimated $67,880 ($32.64 hourly). For nursing and residential care facilities, the average annually salary is around $62,440 or $28.28 per hour. Finally, in offices of physicians, a RN can earn an average of $58,420 ($30.02 per hour). | RN Magazine reported in 2009 that starting pay for nurses was $23 per hour, or $44,343 per year, on average. Nurses who have put in 11 to 15 years of experience see their pay jump considerably to an average of $33 an hour, or $71,459 a year. | The starting salary of a Registered Nurse can range from around $28,000-$50,000 per year on average. The starting hourly wage of an RN can range from $16.50-26.00 per hour. This salary will increase over time, as nurses gain experience, certifications, and specialize in a specific area. | How much do RNs make? According to the Bureau of Labor Statistics records for May 2012, the average registered nurse salary in the United States is $67,930, which is equivalent to a mean hourly wage of $32.66. |
how much deposit do i need for first time buyer | In the current mortgage market you’ll need a deposit of at least 5% of a property’s value to get a mortgage. A lender would then lend you 95% of the property’s value. So, if you wanted to buy a £150,000 property you would need to save up at least £7,500 and borrow £142,500. | Money: A typical first-time buyer last year put down a deposit of £43,300 on a property which cost £173,200. This is more money than would have been needed to buy a home in the capital in 1998 - but will soon just cover a small deposit on the same property. | 1 First time buyers (never purchased a home before in Ireland or elsewhere) deposit is 10% of the purchase price up to €220,000 and 20% on the excess. | In recent years first time buyers have typically used a 20% deposit to buy a house. But don’t despair if you’re struggling to save a large deposit there are still many mortgages out there for first time buyers. | Options: By 2020, the report says a first-time buyer who puts down a 25 per cent deposit will need £61,300 to buy the average young person's home which will cost £245,165. ‘By 2020, the average deposit required for a first home will be more than £60,000 - and in London it will top £100,000. |
salmonella bacteria | Salmonella infection, or salmonellosis, is a bacterial disease of the intestinal tract. Salmonella is a group of bacteria that cause typhoid fever, food poisoning, gastroenteritis, enteric fever and other illnesses. People become infected mostly through contaminated water or foods, especially meat, poultry and eggs. | Definition. Salmonella infection is a common bacterial disease that affects the intestinal tract. Salmonella bacteria typically live in animal and human intestines and are shed through feces. Humans become infected most frequently through contaminated water or food. Typically, people with salmonella infection have no symptoms. | Salmonella. Salmonella is the name of a group of bacteria. In the United States, it is the most common cause of foodborne illness. Salmonella occurs in raw poultry, eggs, beef, and sometimes on unwashed fruit and vegetables. Symptoms include fever, diarrhea, abdominal cramps and headache. | Salmonella /ˌsaelməˈnɛlə/ ˌsælməˈnɛlə is a genus of-rod (shaped) bacillus bacteria of The enterobacteriaceae. Family there are two species Of, Salmonella salmonella bongori And salmonella. enterica There are two species of Salmonella, Salmonella bongori and Salmonella enterica. Salmonella enterica is further divided into six subspecies and over 2500 serovars. | Salmonella can be found in the digestive tracts of humans and animals, especially reptiles. Salmonella on the skin of reptiles or amphibians can be passed to people who handle the animals. Food and water can also be contaminated with the bacteria if it comes in contact with the feces of infected people or animals. There are two species of Salmonella, Salmonella bongori and Salmonella enterica. Salmonella enterica is further divided into six subspecies and over 2500 serovars. |
causes of domestic fires | Best Answer: Top five causes of all home fires (in the United States)... 5. Electrical Systems-About 40,000 fires annually 4. Misc. household equipment, not catgorized elsewhere (say an iron, or a candle) - About 45,000 fires annually. 3. Arson-About 55,000 fires annually. 2. Heating Equipment-about 75,000 fire annually. 1. Cooking and cooking equipment-almost 100,000 fires annually. Now for some addtional interesting statistics... Top five causes of fires in the home that result in fatalities... 5. | 1 A related and more common cause of heating related fires are small space heaters (electrical or fueld-based). 2 These can lead to all kinds of possible problems including a short and/or electrical overload problem. 3 Electrical – speaking of electrical problems, they are another very common cause of house fires. 1 Kids playing with fire – Another very common cause of fires that we all hear of fairly frequently is kids playing with matches or a lighter and not fully comprehending the risks they are taking. 2 It’s really important to be sure to teach your kids about fire safety and the reasons why they should not play with fire. | The cause of the fire, according to investigators, was a 16-foot tall Christmas tree that the owners left lit most of the time in the great room of the house. An electrical failure ignited the two-month-old tree, which swiftly fueled the fire in the rest of the house. | 1 Electrical – speaking of electrical problems, they are another very common cause of house fires. 2 One of the leading culprits is the over-use of extension cords. 1 Kids playing with fire – Another very common cause of fires that we all hear of fairly frequently is kids playing with matches or a lighter and not fully comprehending the risks they are taking. 2 It’s really important to be sure to teach your kids about fire safety and the reasons why they should not play with fire. | 10 Most Common Causes of House Fires. According to the NFPA, there are between 350,000 and 400,000 house fires in the U.S. every year and this results in almost $8 billion in annual damages. Those are some scary statistics especially for those of us with families to protect. 1 Kids playing with fire – Another very common cause of fires that we all hear of fairly frequently is kids playing with matches or a lighter and not fully comprehending the risks they are taking. 2 It’s really important to be sure to teach your kids about fire safety and the reasons why they should not play with fire. |
causes of domestic fires | The STOVE TOP. According to the National Fire Prevention Association (NFPA) and the U.S. Fire Administration (USFA): * A kitchen fire occurs every 8 minutes in the United States * Unattended cooking is responsible for 70% of these fires * Over 53% of Americans admit to walking away from the kitchen while cooking. # Over the last decade, candle fires have almost tripled. In 1999 alone, an estimated 15,040 home fires started by candles were reported to fire departments. These fires resulted in 102 deaths, 1,473 injuries, and an estimated property loss of $278 million. | Previous Next 1 of 11. When a pot or pan overheats or splatters greases, it can take seconds to cause a fire. Stay in the kitchen when cooking, especially if using oil or high temperatures; most kitchen fires occur because people get distracted and leave their cooking unattended. Previous Next Photo: Thinkstock. Cooking Equipment When a pot or pan overheats or splatters greases, it can take seconds to cause a fire. Stay in the kitchen when cooking, especially if using oil or high temperatures; most kitchen fires occur because people get distracted and leave their cooking unattended. | 1 A related and more common cause of heating related fires are small space heaters (electrical or fueld-based). 2 These can lead to all kinds of possible problems including a short and/or electrical overload problem. 3 Electrical – speaking of electrical problems, they are another very common cause of house fires. 1 Kids playing with fire – Another very common cause of fires that we all hear of fairly frequently is kids playing with matches or a lighter and not fully comprehending the risks they are taking. 2 It’s really important to be sure to teach your kids about fire safety and the reasons why they should not play with fire. | The cause of the fire, according to investigators, was a 16-foot tall Christmas tree that the owners left lit most of the time in the great room of the house. An electrical failure ignited the two-month-old tree, which swiftly fueled the fire in the rest of the house. | 10 Most Common Causes of House Fires. According to the NFPA, there are between 350,000 and 400,000 house fires in the U.S. every year and this results in almost $8 billion in annual damages. Those are some scary statistics especially for those of us with families to protect. 1 Kids playing with fire – Another very common cause of fires that we all hear of fairly frequently is kids playing with matches or a lighter and not fully comprehending the risks they are taking. 2 It’s really important to be sure to teach your kids about fire safety and the reasons why they should not play with fire. |
cost to plant grapes per acre | Yield is roughly 5 tons per acre, on mature vines (3-4 years old). The average price of Sonoma grapes is just under $2,000 per ton (higher in some areas, lower in others). Each acre should generate $10,000 + in revenue annually. After deducting the farming costs that leaves roughly $7,000 +/- $500 revenue. If you were to invest in a 10 acre farm the cost of the initial investment (excluding land price) would likely be $250,000. Add in the cost of land (at about $100,000 per acre) you are up to $1,250,000 initial investment. Assuming some mix of equity and loans 40/60 is typical you would be servicing about about $600,000 in debt over a 20 year period = $4500/month or $54,000/ year. Back to yields: If you plant a mix of grapes and can manage to yield $2,500 per acre you will generate about $125,000 per year in revenue. | Regional comparison. By comparison, a similar costs report in Napa County for 1,555 vines per acre yielding 4.5 tons per acre would result in total cash costs per acre of $31,983, $5,212 and $5,251 for the first three years, but the income would total $4,455 per acre (with 1 ton in the third year.). Sixty acres of vines being replanted are the basis of this study; the farm also has 135 acres of mature vineyards in production. Roads, irrigation systems, fencing and farmstead occupy 5 acres of the property. Land in this area costs $11,000-$30,000 per acre. | Production begins in year 3 with 1 ton of wine grapes per acre and increases to 3 tons at full production. Total variable costs are $11,235 in the first year with an additional $166 of cash fixed costs for a total cash cost of $11,401 per acre. A planting density of 1,245 grafted vines per acre (5' x 7') vine and row spacing with a productive life of 25 years, once full production of 3 ton per acre is reached. 3. The wine grape vineyard is trained to a vertically shoot positioned system. 4. Wine grape prices are $2,300 per ton | Output Price Vineyard profitability is highly affected by the price of grapes. As shown in Table 13, a $150 per ton reduction in output price from $1,300 to $1,150 per ton reduced the investment return by nearly 50 percent ($13,586 to $6,891 per acre). | Old cultivations have 4000 -6000 grapevines/hectare or 1600 - 2400 grapevines/acre (1 hectare = 2,5 acres). It has been found that the ideal density of planting vines is at least 4000 grapevines per hectare (1600 grapevines per hectare). Some wine producers sow almost 5000 to 6000 grapevines per hectare (2000 to 2400 grapevines per acre). The greater the planting density, the greater the struggle for sustenance between every grapevine which tends to reduce the yield and weight of grapes considerably, and the harvest would get intensified. |
what is premarket approval | Premarket approval (PMA) is the FDA process of scientific and regulatory review to evaluate the safety and effectiveness of Class III medical devices. | Devices marketed for such purposes require premarket approval, which the manufacturers know they could not obtain. FDA regulatory officials are aware of the illegal marketing and have issued a few warning letters [5]. However, the agency has not made a systematic effort to drive them from the marketplace. Because of the nature of the laws underlying this process, a successful submission is deemed to be “cleared.” Clearance of a Premarket Notification submission by CDRH confers permission to market the new device. By legal definition, it is NOT an “approval” process. | The FDA PMA approval process is more complex and time-consuming than 510(k) premarket notification, and requires considerable preparation and resources. There are five general components to the FDA PMA approval process for medical devices: 1 Pre-Submission (pre-sub). 2 Investigational Device Exemption (IDE). 3 Premarket Approval. | The regulation governing premarket approval is located in Title 21 Code of Federal Regulations (CFR) Part 814, Premarket Approval. A class III device that fails to meet PMA requirements is considered to be adulterated under section 501(f) of the FD&C Act and cannot be marketed. [ back to top ]. If the regulation in the CFR states that “No effective date has been established of the requirement for premarket approval,” a Class III 510(k) should be submitted. Please note that PMA devices often involve new concepts and many are not of a type marketed prior to the Medical Device Amendments. | Premarket Approval. Premarket approval (PMA) is the most stringent type of device marketing application required by the FDA and is required for new devices for which there is no existing equivalent or predicate (Class III devices). |
what is the telencephalon consist of | Telencephalon. The telencephalon (or cerebrum) consists of two cerebral hemispheres plus a small mid-line component called lamina terminalis. The lamina terminalis forms the rostral wall of the third ventricle and contains the rostral commissure. Cerebral white matter contains fibers that connect neighboring or distant gyri, fibers that communicate between hemispheres, and fibers that connect the hemisphere with the brainstem. The corpus callosum is a mass of fibers that connect right and left cerebral hemispheres. | The supratentorial contents can be divided into the posterior part called diencephalon, and the anterior part called telencephalon, or cerebrum. Furthermore, the telencephalon consists of the cerebral hemispheres, white matter under the cortices, and the basal ganglia. Knowledge of the parts of the telencephalon is important for neurologists and neurosurgeons because the manifestations of diseases differ according to what region is affected. The telencephalon is more commonly known as the cerebrum. A horizontal membrane called the telencephalon divides the lower posterior fossa and upper supratentorial levels of the brain. | The metencephalon is the embryonic part of the hindbrain that differentiates into the pons and the cerebellum. It contains a portion of the fourth ventricle and the trigeminal nerve (CN V), abducens nerve (CN VI), facial nerve (CN VII), and a portion of the vestibulocochlear nerve (CN VIII). | Superficial gray matter of the cerebral hemisphere is called cerebral cortex (most of the cortex is neocortex, in contrast to old paleocortex of the piriform lobe). The cortical surface features sulci (grooves) and gyri (ridges). Cerebral white matter contains fibers that connect neighboring or distant gyri, fibers that communicate between hemispheres, and fibers that connect the hemisphere with the brainstem. The corpus callosum is a mass of fibers that connect right and left cerebral hemispheres. | The cerebrum is a large part of the brain containing the cerebral cortex (of the two cerebral hemispheres), as well as several subcortical structures, including the hippocampus, basal ganglia, and olfactory bulb. In humans, the cerebrum is the superior-most region of the central nervous system. The telencephalon is the embryonic structure from which the cerebrum develops prenatally. In mammals, the dorsal telencephalon, or pallium, develops into the cerebral cortex, and the ventral telencephalon, or subpallium, becomes the basal ganglia. The cerebrum is made up of the two cerebral hemispheres and their cortices, (the outer layers of gray matter), and the underlying regions of white matter. |
where was plato born | Early life. Plato was born in Athens, Greece, the son of Ariston and Perictione, both of Athenian noble backgrounds. He lived his whole life in Athens, although he traveled to Sicily and southern Italy on several occasions. One story says he traveled to Egypt. | Best Answer: Plato, the Greek philosopher who was also the student of Socrates and the teacher of Aristotle. Born in Athens, Greece about 428BC. · just now. Report Abuse. Plato was born in Athens in 427/428 b.c. and when Socrates was Forty-two and the day he was really born was the day he met Socrates. | Plato was born around 428 B.C., during the final years of the Golden Age of Pericles’ Athens. He was of noble Athenian lineage on both sides. His father Ariston died when he was a child. His mother Perictione remarried the politician Pyrilampes. The Athenian philosopher Plato (c.428-347 B.C.) is one of the most important figures of the Ancient Greek world and the entire history of Western thought. In his written dialogues he conveyed and expanded on the ideas and techniques of his teacher Socrates. | Born circa 428 B.C.E., ancient Greek philosopher Plato was a student of Socrates and a teacher of Aristotle. His writings explored justice, beauty and equality, and also contained discussions in aesthetics, political philosophy, theology, cosmology, epistemology and the philosophy of language. Traditional history estimates Plato's birth was around 428 B.C.E., but more modern scholars, tracing later events in his life, believe he was born between 424 and 423 B.C.E. Both of his parents came from the Greek aristocracy. Plato's father, Ariston, descended from the kings of Athens and Messenia | Diogenes' claim that Plato was born the year Pericles died would put his birth in 429. Later (at 3.6), Diogenes says that Plato was twenty-eight when Socrates was put to death (in 399), which would, again, put his year of birth at 427. Plato (427—347 B.C.E.). Plato is one of the world's best known and most widely read and studied philosophers. He was the student of Socrates and the teacher of Aristotle, and he wrote in the middle of the fourth century B.C.E. in ancient Greece. |
what was the purpose of residential schools | Residential Schools. The purpose of the residential schools was the education, integration, assimilation and “Christianization” of Aboriginal children into mainstream Canadian society. The government removed Aboriginal children from their homes and home communities, and transported them to residential schools which were often long distances away. The residential school system predates Confederation and in part grew out of Canada’s missionary experience with various religious organizations. | The boarding school experience for Indian children began in 1860 when the Bureau of Indian Affairs established the first Indian boarding school on the Yakima Indian Reservation in the state of Washington. For Col. Richard Henry Pratt, the goal was complete assimilation. In 1879, he established the most well known of the off-reservation boarding schools, the Carlisle Indian School in Carlisle, Pennsylvania. | Living conditions at the residential schools. The purpose of the residential schools was to eliminate all aspects of Aboriginal culture. Students had their hair cut short, they were dressed in uniforms, and their days were strictly regimented by timetables. Boys and girls were kept separate, and even siblings rarely interacted, further weakening family ties. In the 1880s, in conjunction with other federal assimilation policies, the government began to establish residential schools across Canada. Authorities would frequently take children to schools far from their home communities, part of a strategy to alienate them from their families and familiar surroundings. | It is generally thought that residential schools were around from somewhere along 1870-1910. However, there are ma … ny sources that suggest some were still in effect well into the 1980s. The last one closed in 1996. Initially, residential schools were used for the purpose of assimilation of Aboriginal Children. The concept was to cure them of their Aboriginal customs and heritage. By 1920, it was compulsory for ALL Aboriginal children aged 7-15 to attend residential schools. They were forcibly taken from their homes. | Compensation called Common Experience Payments was made available to residential schools students who were alive as of May 30, 2005. Former residential school students are eligible for $10,000 for the first year or part of a year they attended school, plus $3,000 for each subsequent year. The government felt children were easier to mold than adults, and the concept of a boarding school was the best way to prepare them for life in mainstream society. Residential schools were federally run, under the Department of Indian Affairs. Attendance was mandatory. |
what is the meaning of the name kenneth | The name Kenneth is an American baby name. In American the meaning of the name Kenneth is: Handsome. Scottish Meaning: The name Kenneth is a Scottish baby name. In Scottish the meaning of the name Kenneth is: Handsome. Root of the surname MacKenzie. Famous Bearer: Kenneth Grahame (1859- 1932), author of The Wind in the Willows. English Meaning: The name Kenneth is an English baby name. | The name Ken is an English baby name. In English the meaning of the name Ken is: Royal obligation. Abbreviation of names beginning with 'Ken-'. Japanese Meaning: The name Ken is a Japanese baby name. In Japanese the meaning of the name Ken is: Strong; physically healthy. Scottish Meaning: The name Ken is a Scottish baby name. In Scottish the meaning of the name Ken is: Handsome. Root of the surname MacKenzie. Famous Bearer: Kenneth Grahame (1859- 1932), author of The Wind in the Willows. | Meaning of Kenneth. English name. In English, the name Kenneth means-Royal obligation; Good-looking; fair.. Other origins for the name Kenneth include-English, Irish, Celtic, Scottish.The name Kenneth is most often used as a boy name or male name. English Name Meaning-Royal obligation; Good-looking; fair | Kenneth is an English given name and surname. The name is an Anglicised form of two entirely different Gaelic personal names: Cainnech and Cinaed. The modern Gaelic form of Cainnech is Coinneach; the name was derived from a byname meaning handsome, comely. The name Cinaed is partly derived from the Celtic *aidhu, meaning fire. A short form of Kenneth is Ken. A pet form of Kenneth is Kenny | Kenneth /ken-neth/ [2 sylls.] as a boys' name is pronounced KEN-eth. It is of Irish and Gaelic origin, and the meaning of Kenneth is fire born; good-looking. Art historian Kenneth Clark; actor Kenneth Branagh. Kreatif forms: Keeneth, Kerneth, Kinneth. Kenneth is a very prominent first name for men (#17 out of 1220, Top 1%) and also a very prominent last name for both adults and children (#33090 out of 150436, Top 22%). (2000 U.S. Census). Displayed below is the baby name popularity of Kenneth for boys. |
where did mascara originate from | Eugene Rimmel invented the first mascara in the late 19th century. A more modern mascara was invented by T.L. Williams in 1913, and it was a cake like substance. The mas … cara that we see today was invented by Helena Rubenstein. The word mascara derives from the Italian maschera, which means mask from Middle Latin masca or Arabic Maskhara or from Old Occitan masco. Source: ht … tp://en.wikipedia.org/wiki/Mascara. | Report Abuse. The first mascara product was invented by Eugene Rimmel in the 19th century. The word rimmel still means mascara in several languages, including French and Italian. The word mascara derives from the Spanish word mascara máscara or The italian, maschera which means. mask Best Answer: Eugene Rimmel in the 19th century invented the mascara. The word rimmel still means mascara in several languages, including French and Italian. you can go to http://en.wikipedia.org/wiki/Mascara for more detailed info............ | Lash of the Mohicans. Claim: Maybelline, the first commercial mascara, was named for a real person. Origins: Lash-darkening products have been part of the feminine. arsenal for thousands of years, but it took the primping sister of a entrepreneurial brother to bring mascara to market in modern times. Ancient Greek women brushed black incense into their eyebrows and eyelashes | Mascara is a cosmetic commonly used to enhance the eyes. It may darken, thicken, lengthen, and/or define the eyelashes. Normally in one of three forms—liquid, cake, or cream—the modern mascara product has various formulas; however, most contain the same basic components of pigments, oils, waxes, and preservatives. | Have you ever wondered where mascara comes from or how it was invented? The first commercially produced mascara was invented by Eugene Rimmel (I’m assuming there’s a Rimmel Cosmetics connection there) in the 19th century. The word “rimmel” means mascara in several languages. Modern mascara was first invented in 1913. It consisted of coal dust and Vaseline petroleum jelly. The chemist who came up with the idea was T.L. Williams. He was trying to find a solution for his sister, Mabel’s sparse lashes. William’s invention was a hit thus spawning Maybelline. For years mascara came in a cake form. Max Factor was the first company to put mascara into a tube with a wand applicator. Today there are millions of tubes of mascara sold yearly in the United States. |
what kind of major crops are there in canada | In 1925, Saskatchewan produced over half of the wheat in the Dominion of Canada, threshing in excess of 240,000,000 bushels (6,500,000 metric tons) of wheat. Rapeseed, alfalfa, barley, canola, flax, rye, and oats are other popularly grown grain crops. Wheat is a staple crop from Canada. The Canada Agriculture Museum preserves Canadian agricultural history. In 2015, there are approximately 20,000 farms in B.C. that are involved in agricultural activity, such as dairy, livestock, fruit and vegetable farming. | Saskatchewan is Canada's leading producer of wheat. Over 54 percent of Canada's wheat comes from Saskatchewan. One third of the province is cultivated land. The province is also a major producer of cattle and hogs. Saskatchewan ranks second as a producer of beef cattle. (Alberta ranks first). Most of the ranches are in southwestern part of the province. | Major Crops in the United States. Corn, wheat, soybeans, cotton, and hay account for 90% of harvested acreage in the United States. Corn, wheat, and soybeans are grown for both animal feed and human consumption. Cotton is used to make clothing and other products. | The list goes on! Agriculture also has a major impact on the economy. Canola-now the oil of choice for millions around the world-was developed by Canadian scientists and planted by Canadian farmers. In 2013, Canada contributed 33% to global canola exports. As you might expect, AAFC helps farmers and industry feed our country, but this is just the tip of the iceberg lettuce! We are working to grow Canada's exports, while providing leadership in the growth and development of a competitive, innovative and sustainable Canadian agriculture and agri-food industry. | Answer by Joan McHale. Confidence votes 3.0K. Wheat, hay, barley, canola, oats, corn and soybeans are grown in Canada. Canada is the second largest country in the world and is sparsely populated so there is lots of land for farming. Along with the crops already listed, peas, lentils, beans, mustard seed and even Canary seed is also produced |
tom cruise net worth | Tom Cruise net worth: $470 Million. Tom Cruise Net Worth: Tom Cruise is an American actor and producer who has a net worth of $470 million. Over the last three decades, Tom Cruise has starred in dozens of major blockbuster movies and is generally considered one of the biggest stars in Hollywood. | Tom Cruise is an American producer, director and actor. Tom Cruise net worth is estimated about 450 million USD. Tom has starred in dozens of big blockbuster films, in the last three decades. He is considered one the most famous and biggest celebrity in the world of entertainment especially in Hollywood. | Tom Cruise Net Worth: Tom Cruise is an American actor and producer who has a net worth of $470 million. Over the last three decades, Tom Cruise has starred in dozens of major blockbuster movies and is generally considered one of the biggest stars in Hollywood. | Tom Cruise is an actor and producer. He has been nominated for three Academy Awards and has won three Golden Globe Awards. Tom Cruise started his career at age 19 in the 1981 film Taps. His first leading role was in Risky Business, released in August 1983. | Tom Cruise's net worth may significantly change as he sells his Colorado estate for $59 million, the home he shared with ex-wife Katie Holmes. The award-winning actor is definitely one of the most in demand stars in the Hollywood as well as the busiest. |
days of menstrual period during menopause | During a normal menstrual cycle, the levels of the hormones estrogen and progesterone increase and decrease in a regular pattern. Ovulation occurs in the middle of the cycle, and menstruation occurs about 2 weeks later. During perimenopause, hormone levels may not follow this regular pattern. Menopause is defined as the absence of menstrual periods for 1 year. The average age of menopause is 51 years, but the normal range is 45 years to 55 years. The years leading up to this point are called perimenopause. | Perimenopause, which means around menopause , refers to the 2 to 8 years of changing hormone levels and related symptoms that lead up to menopause. The most common sign of perimenopause is longer, often irregular menstrual cycles that are caused by hormonal ups and downs. See a doctor for menstrual bleeding that lasts longer than 7 days or for cycles that are shorter than 21 days or longer than 35 days. For more information, see the topics: 1 Abnormal Uterine Bleeding. 2 Menopause and Perimenopause. | Menopause is the point in time when a woman's menstrual periods stop. Menopause happens because the ovaries stop producing the hormones estrogen and progesterone. Once you have gone through menopause, you can't get pregnant anymore. Some changes that might start in the years around menopause include: 1 Irregular periods. 2 Your periods can come more often or less, last more days or fewer, and be lighter or heavier. 3 Do not assume that missing a couple of periods means you are beginning the menopausal transition. | On average, a menstrual cycle lasts about 28 days, but anywhere between 21 and 35 days may be considered normal. One of the first signs of changing hormone levels is a change in the pattern of your monthly period. As your body transitions to menopause you may experience a range of symptoms that include changes in: | As menopause approaches, women's hormones become imbalanced, and because the menstrual cycle is entirely dependent upon hormones, irregular periods often occur. Keep reading to learn more about irregular periods and their symptoms, common causes, and treatment options. It is also responsible for controlling the intensity and duration of menstrual bleeding. When it declines in menopause, it can lead to irregular periods. During anovulation, which is common with irregular periods in menopause, progesterone is not produced. This can lead to estrogen build-up. |
how do you write a letter passing on condolences | I am saddened to hear of your loss. My thoughts and prayers are with you. Extending heartfelt condolences at this time as we remember someone who was a hard worker, someone who stood on principles and a mentor to her co-workers at _______. My deepest condolences on your _______'s passing. May his memories bring you comfort at this sad time. | There are times when sending condolences by email is appropriate – if you are away and cannot contact them otherwise, or if you know the grieving person only casually and communicate mainly by email. Below, you will find examples of condolence emails to help you find the right words. My thoughts and prayers are with you. Extending heartfelt condolences at this time as we remember someone who was a hard worker, someone who stood on principles and a mentor to her co-workers at _______. My deepest condolences on your _______'s passing. May his memories bring you comfort at this sad time. | Since you have already known the parts you may write in your letter, your writing of a condolence letter is now made easy. On the other hand, to get yourself acquainted with the terms and proper use of these terms you should include in your condolence letter, here are some sample condolences messages: Sample #1. • Loss. Click here for more words to use in a condolence message and condolence samples. Terms of Condolences within a Conversation. In case you can’t think of something very good to mention or if you are emotion uneasy, an effective “I feel remorseful for the loss” will work with almost all predicaments. | 1 Sympathy Words and Sayings Examples-Say the right thing to express your sympathies correctly. 2 Letter Examples-Examples of what to write to someone that has recently lost someone. 3 Messages Examples-The etiquette of writing and saying sympathy messages to the bereaved. My thoughts and prayers are with you. Extending heartfelt condolences at this time as we remember someone who was a hard worker, someone who stood on principles and a mentor to her co-workers at _______. My deepest condolences on your _______'s passing. May his memories bring you comfort at this sad time. | ------------------------------. I hope that my sample condolence thank you notes will help you with the task of writing notes when a loved one has passed away. If you don't feel up to the task, consider buying a pre-printed thank you card that only requires you to write one line and sign it. |
where do atlantic silversides spawn | Atlantic silverside. From Wikipedia, the free encyclopedia. The Atlantic silverside (Menidia menidia) also known as spearing in the north east of the United States, is a small species of fish from the West Atlantic, ranging from the Gulf of St. Lawrence in Canada to northeastern Florida in USA. It is one of the most common fish in the Chesapeake Bay and in the Barnegat Bay. The Atlantic silverside’s predators are larger predatory fish – striped bass, blue fish, Atlantic mackerel – and many shore birds, including egrets, terns, cormorants, and gulls. The abiotic factors the Atlantic silverside needs to survive varies for populations of fish based on their geographical location. | (1981) described spawning behavior of Atlantic silver-sides in South Carolina. One-half to 1 hour prior to a spawn, a single large school or several smaller schools of adults appeared 10 to 30 m (33 to 98 ft) offshore, adjacent to the eventual spawning site. In the Mystic River Estuary, Connecticut, Atlantic silver-side larvae were found primarily in upper estuarine zones and marshes, where the salinity profile ranged from 2 ppt at the surface to 14 ppt at 2 m (6 ft) depth. | Landlocked salmon may be repeat spawners, but most fish observed on spawning runs are spawning for the first time. Salmon may spawn in consecutive or alternate years, some may spawn in consecutive years then skip a year, and some may skip 2 or 3 years between spawnings. In wild salmon populations, most males spawn first at ages 3 and 4, although a few spawn at ages 1 and 2. Females usually spawn first at ages 4 and 5. Spawning runs of wild salmon may be composed of fish ranging in age from 1 to 10, but 3, 4, and 5-year old individuals make up the bulk of most runs. | Life History and Behavior. Atlantic silversides congregate in large schools that usually consist of similar-sized fish. They are found along the shore, often within a few feet of the shoreline. They are commonly found in brackish waters where streams and rivers meet the sea. They swim among submerged grasses. | Silversides are popular for catching flounder (fluke) and other saltwater fish. These brightly striped minnows are available frozen at saltwater tackle shops. In some areas silversides can be caught fresh, although harvesting silversides for bait can be very time consuming. |
how long to bake a steak in oven | 1 Cook the steaks in the oven for 40 to 45 minutes. 2 The steak will still look fairly uncooked when you remove it from the oven. 3 A thermometer inserted into the thickest part of the steak will reveal a cooking temperature five to ten degrees lower than the desired doneness. Now that you are no longer asking how long does it take to cook steak in the oven, you might want to give this oven-roasted steak recipe a try. It works best for very thick, tender cuts of steaks like baseball cut rib-eyes or thick-cut tenderloins. Choose a steak with a minimum one-inch thickness. 1 Preheat the oven to 275 degrees. 2 Season the steaks with sea salt and fresh-cracked black pepper. 3 Place steak on a rack placed over a rimmed baking sheet and put in the preheated oven. 4 Cook the steaks in the oven for 40 to 45 minute | To roast a steak: 1 Preheat the oven to 300 degrees. 2 Season the steak. 3 Sear steak in a hot skillet for just a minute on each side. 4 Transfer steak to a wire rack on a rimmed baking sheet and place in the preheated oven. 5 Roast for 20 to 25 minutes, until desired doneness is achieved. Now that you are no longer asking how long does it take to cook steak in the oven, you might want to give this oven-roasted steak recipe a try. It works best for very thick, tender cuts of steaks like baseball cut rib-eyes or thick-cut tenderloins. Choose a steak with a minimum one-inch thickness. 1 Preheat the oven to 275 degrees. 2 Season the steaks with sea salt and fresh-cracked black pepper. 3 Place steak on a rack placed over a rimmed baking sheet and put in the preheated oven. 4 Cook the steaks in the oven for 40 to 45 minutes | 1 Return the steak flat in the pan. 2 Transfer the skillet to the oven and cook until an instant-read thermometer reads to desired doneness (oven cooking time will be anywhere from 5-15 minutes depending on the desired doneness of your steak --- for medium-rare 140-145 degrees and for medium 155-160 degrees. 1 | Broil the steak 4 to 6 minutes per side: Remove the steak from the marinade, shake off any excess, and place it in the middle of the broiler pan. Slide it directly under the broil. Cook for 4 to 6 minutes, flip it over, and broil for another 4 to 6 minutes (8 to 12 minutes total). Rub the marinade into the steak and flip the steak once or twice in the dish to coat. Marinate for 1 hour or up to 24 hours: Cover the dish and place the steak in the fridge for at least 1 hour or up to 24 hours. Flip the steak occasionally if you happen to think about it. | 1 Season the steak. 2 Sear steak in a hot skillet for just a minute on each side. 3 Transfer steak to a wire rack on a rimmed baking sheet and place in the preheated oven. 4 Roast for 20 to 25 minutes, until desired doneness is achieved. Now that you are no longer asking how long does it take to cook steak in the oven, you might want to give this oven-roasted steak recipe a try. It works best for very thick, tender cuts of steaks like baseball cut rib-eyes or thick-cut tenderloins. Choose a steak with a minimum one-inch thickness. 1 Preheat the oven to 275 degrees. 2 Season the steaks with sea salt and fresh-cracked black pepper. 3 Place steak on a rack placed over a rimmed baking sheet and put in the preheated oven. 4 Cook the steaks in the oven for 40 to 45 minutes |
how long can one safely keep fresh mushrooms in the refrigerator | According to Mountain View Mushrooms, fresh mushrooms can be stored at 34 to 40 degrees F for up to 10 days from the date of packaging. If purchasing store-bought mushrooms, the packaging date will be printed on the storage container or plastic wrap. Artem Kononenko/Demand Media. | Nine to 10 Days From Packaging Date. According to Mountain View Mushrooms, fresh mushrooms can be stored at 34 to 40 degrees F for up to 10 days from the date of packaging. If purchasing store-bought mushrooms, the packaging date will be printed on the storage container or plastic wrap. Artem Kononenko/Demand Media. | There is no clear consensus. The conservative answer is that mushrooms should be eaten within two days of purchase. However, some experts maintain mushrooms will keep for up to a week after purchase, particularly if stored in cool, dry, and dark places. Pre-slicing mushrooms can shorten their shelf life. Once sliced, mushrooms quickly oxidate. | To keep mushrooms fresh in the refrigerator the mushrooms should be immediately removed from their packaging and separated from each other with a paper towel. | Store fresh mushrooms the right way, and they'll last up to a week. Here's how: Place whole, unwashed mushrooms in a brown paper bag, and fold the top of the bag over. Then, stick the bag in the main compartment of your refrigerator. |
what are optical fibres | An optical fiber (or optical fibre) is a flexible, transparent fiber made by drawing glass (silica) or plastic to a diameter slightly thicker than that of a human hair. An optical fiber doped with certain rare earth elements such as erbium can be used as the gain medium of a laser or optical amplifier. Rare-earth-doped optical fibers can be used to provide signal amplification by splicing a short section of doped fiber into a regular (undoped) optical fiber line. | Optical fibers are used most often as a means to transmit light between the two ends of the fiber and find wide usage in fiber-optic communications, where they permit transmission over longer distances and at higher bandwidths (data rates) than wire cables. An optical fiber doped with certain rare earth elements such as erbium can be used as the gain medium of a laser or optical amplifier. Rare-earth-doped optical fibers can be used to provide signal amplification by splicing a short section of doped fiber into a regular (undoped) optical fiber line. | Fiber-optic communication is a method of transmitting information from one place to another by sending pulses of light through an optical fiber. The light forms an electromagnetic carrier wave that is modulated to carry information. First developed in the 1970s, fiber-optic communication systems have revolutionized the telecommunications industry and have played a major role in the advent of the Information Age. Optical fiber is used by many telecommunications companies to transmit telephone signals, Internet communication, and cable television signals. Researchers at Bell Labs have reached internet speeds of over 100 petabit ×kilometer per second using fiber-optic communication. | Light is kept in the core of the optical fiber by total internal reflection. This causes the fiber to act as a waveguide. Fibers which support many propagation paths or transverse modes are called multi-mode fibers (MMF), while those which can only support a single mode are called single-mode fibers (SMF). | An optical fiber is a thin fiber of glass or plastic that can carry light from one end to the other. The study of optical fibers is called fiber optics, which is part of applied science and engineering. Optical fibers are mainly used in telecommunications, but they are also used for lighting, sensors, toys, and special cameras for seeing inside small spaces. |
can hiv be transmitted when undetectable | Viral load refers to the amount of HIV in the blood. An undetectable viral load is when the amount of HIV in the blood is so low that it can’t be measured. Antiretroviral therapy (ART) reduces viral load, ideally to an undetectable level, when taken consistently and correctly. | Viral load refers to the amount of HIV in the blood. An undetectable viral load is when the amount of HIV in the blood is so low that it can’t be measured. Antiretroviral therapy (ART) reduces viral load, ideally to an undetectable level, when taken consistently and correctly. | HIV viral load is the number of copies of HIV in the bodily fluids of someone living with HIV. It is measured as the number of copies of the virus in one millilitre of fluid (copies/ml). Viral load is measured in the blood to monitor the progression of HIV infection and the success of HIV treatment. | It’s important to remember that the amount of HIV in these bodily fluids differs. Research shows that HIV can sometimes be detected in semen even when viral load is undetectable in blood. Even if the viral load in your semen is at low levels, there may be chance that HIV can be transmitted to your partner. | A person with HIV can still potentially transmit HIV to a partner even if they have an undetectable viral load, because. 1 HIV may still be found in genital fluids (e.g., semen, vaginal fluids). 2 The viral load test only measures virus in blood. |
where is the adriatic sea | The Adriatic Sea /ˌeɪdriˈaetɨk/ ˌeɪdriˈætɨk is a body of water separating The Italian peninsula from The balkan peninsula and The Apennine mountains from The Dinaric alps and adjacent. ranges The Adriatic is the northernmost arm of the Mediterranean Sea, extending from the Strait of Otranto (where it connects to the Ionian Sea) to the northwest and the Po Valley. The countries with coasts on the Adriatic are Italy, Croatia, Albania, Montenegro, Bosnia-Herzegovina, and Slovenia. | Adriatic Sea. The Adriatic Sea is a part of the Mediterranean Sea positioned between the eastern coastline of Italy, and countries of the Balkan Peninsula, from Slovenia, south through Croatia. Montenegro, and on to Albania. The southern boundary of the sea ends in the Strait of Otranto between Albania and Italy's Salento Peninsul | The Adriatic Sea is a part of the Mediterranean Sea. It is positioned between the eastern coastline of Italy and the coastline of countries of the Balkan Peninsula (Slovenia, Croatia, Bosnia and Herzegovina, Montenegro and Albania). The Adriatic coastline is by far Croatia’s most popular tourist region with around 11 million tourists each year. | Adriatic Sea (ādrēă´tĬk) , arm of the Mediterranean Sea, between Italy and the Balkan Peninsula. It extends c.500 mi (800 km) from the Gulf of Venice, at its head, SE to the Strait of Otranto, which leads to the Ionian Sea. Adriatic Sea Shallow arm of the Mediterranean Sea, separated from the Ionian Sea by the Strait of Otranto, between Albania and the “heel” of Italy. Lobsters and sardines are the chief catches of local fisheries. Length: c. 800km (500mi). Max. | Adriatic Sea (ādrēăˈtĭk) [ key ], arm of the Mediterranean Sea, between Italy and the Balkan Peninsula. Trieste, at the northern end of the sea, was once the chief Adriatic port. Slovenia, Croatia, Montenegro, and Albania border the irregular eastern shore; Rijeka and Split, Croatia, are the main ports. |
where is the adriatic sea | The Adriatic Sea is a semi-enclosed sea, bordered in the southwest by the Apennine or Italian Peninsula, in the northwest by the Italian regions of Veneto and Friuli-Venezia Giulia, and in the northeast by Slovenia, Croatia, Bosnia-Herzegovina, Montenegro, and Albania —the Balkan peninsula. The Adriatic is the northernmost arm of the Mediterranean Sea, extending from the Strait of Otranto (where it connects to the Ionian Sea) to the northwest and the Po Valley. The countries with coasts on the Adriatic are Italy, Croatia, Albania, Montenegro, Bosnia-Herzegovina, and Sloveni | Adriatic Sea (ādrēăˈtĭk) [ key ], arm of the Mediterranean Sea, between Italy and the Balkan Peninsula. Trieste, at the northern end of the sea, was once the chief Adriatic port. Slovenia, Croatia, Montenegro, and Albania border the irregular eastern shore; Rijeka and Split, Croatia, are the main ports. | Adriatic Sea. The Adriatic Sea is a part of the Mediterranean Sea positioned between the eastern coastline of Italy, and countries of the Balkan Peninsula, from Slovenia, south through Croatia. Montenegro, and on to Albania. The southern boundary of the sea ends in the Strait of Otranto between Albania and Italy's Salento Peninsul | Map of the Adriatic Sea showing border nations. The Adriatic Sea is part of the Mediterranean Sea separating the Italian Peninsula from the Balkan peninsula, and the system of the Apennine Mountains from the Dinaric Alps and adjacent ranges. It extends from the Gulf of Venice south to the Strait of Otranto, linking it to the Ionian Sea. The Adriatic Sea has served as a source of transportation, recreation, and sustenance throughout history. From the end of the twentieth century the Adriatic, long renowned for its pristine condition, began to show perilous signs of invasive species introduced by human influence. | The Adriatic Sea is a part of the Mediterranean Sea. It is positioned between the eastern coastline of Italy and the coastline of countries of the Balkan Peninsula (Slovenia, Croatia, Bosnia and Herzegovina, Montenegro and Albania). The Adriatic coastline is by far Croatia’s most popular tourist region with around 11 million tourists each year. |
what causes sore knuckle joints | Knuckle pain may develop as a result of conditions affecting any of the structures in the knuckle, including skin, nerves, muscles, joints, tendons, bones, ligaments, blood vessels, and connective tissue. Injury from trauma and osteoarthritis are common causes of knuckle pain. In many cases, several knuckles may be affected. Inflammation within the knuckle causes swelling and pain. Further, rheumatoid arthritis, a chronic autoimmune disease characterized by joint inflammation, and other arthritis-related conditions are associated with knuckle pain, again due to inflammation and swelling. | 1 Traumatic injury or accidents can be the cause of swollen, painful knuckles. 2 When the cartilage becomes damaged, it causes the knuckles to swell. 3 Arthritis is also a common cause of painful swollen, knuckles. Here are some causes of painful swollen knuckles: 1 Traumatic injury or accidents can be the cause of swollen, painful knuckles. 2 When the cartilage becomes damaged, it causes the knuckles to swell. 3 Arthritis is also a common cause of painful swollen, knuckles. | You may have: 1 Hand pain, finger pain, swelling, and stiffness. 2 Hand joints and finger joints that are warm and tender to the touch. 3 The same joints are affected on both sides of your body (both wrists, for instance). 4 Misshapen finger joints. 1 Hand pain, finger pain, swelling, and stiffness. 2 Hand joints and finger joints that are warm and tender to the touch. 3 The same joints are affected on both sides of your body (both wrists, for instance). 4 Misshapen finger joints. 5 Carpal tunnel symptoms such as numbness and tingling of the hands. | Swollen, painful knuckles are not really a disease, but it is a symptom of other complications and other problems. The best way to treat swollen knuckles is to know what causes it, and find remedies for that problem. Anyhow, here are some remedies to reduce swollen knuckles pain that can be helpful: Here are some causes of painful swollen knuckles: 1 Traumatic injury or accidents can be the cause of swollen, painful knuckles. 2 When the cartilage becomes damaged, it causes the knuckles to swell. 3 Arthritis is also a common cause of painful swollen, knuckles. | 1 When the cartilage becomes damaged, it causes the knuckles to swell. 2 Arthritis is also a common cause of painful swollen, knuckles. 3 Arthritis is characterized by the swelling of the middle finger and the finger tip. Here are some causes of painful swollen knuckles: 1 Traumatic injury or accidents can be the cause of swollen, painful knuckles. 2 When the cartilage becomes damaged, it causes the knuckles to swell. 3 Arthritis is also a common cause of painful swollen, knuckles. |
how much does hyvee pay | Manager. 1 Salary: The typical manager gets around $35,000 to $50,000 worth of annual basic salary. 2 Bonuses: Bonuses could amount up to $ 4,992 and can start from $2,000. 3 Profit Sharing: Profit sharing is a priority and employees can get up to $1,000 worth of shared profit. Assistant Manager Store Operations. 1 Salary: Depending on the experience the employee has, they get $35,000 to $60,000 annual salary. 2 Bonuses: The company does not provide cash bonus for employees holding this position. 3 Profit Sharing: Profit sharing is not an option given to employees. | Depends on where you work. Regular retail associates make in the $9 an hour range, supervisory retail roles in the $14 range. Money is at there distribution centers where i wo … rk. Depending on what your job is it ranges from $13.91-16.85 to start. the higher being for warehouse workers ie. fork lift operator and truck unload and load. Very tough work when you start loading trailers but @$16.85 an hour you cant beat it. | Or you can set a time when you want to pick them up at the store. The new delivery service costs just $4.95 for your order or $2.95 for in-store pick up option, which includes an employee loading them up for you. The delivery and pick up fee is dropped for orders over $100. Hy-Vee food stores are adding delivery and in-store grocery pick up. WATCH VIDEO. The new Hy-Vee Aisles Online is being rolled out first at select stores. Here's how it works: You find the products you want in the online store and complete the order, next an employee walks the store and grabs the items you want. | Minimum wage is $8.25 and i started at $8.50.... 0. 0. I just started working for the Wine & Spirits department at Hy-Vee part-time. In Illinois, minimum wage is $8.25 and I started at $8.50. This is part-time work, so hours can be whenever. There are strict guidelines for dress and customer service is a top priority, so don`t come to work with an attitude or you won`t last long there! (In my opinion, a great policy.). | 1 Salary: The typical manager gets around $35,000 to $50,000 worth of annual basic salary. 2 Bonuses: Bonuses could amount up to $ 4,992 and can start from $2,000. Assistant Manager Store Operations. 1 Salary: Depending on the experience the employee has, they get $35,000 to $60,000 annual salary. 2 Bonuses: The company does not provide cash bonus for employees holding this position. 3 Profit Sharing: Profit sharing is not an option given to employees. |
what is homie | The definition of homie is short for homeboy, which is a slang term for a male friend from your hometown. An example of homie is what a young boy might call his most trusted friend. | Homie (from homeboy ) is an English language slang term found in American urban culture, whose origins etymologists generally trace to Mexican American Spanglish from the late 19th century, with the word homeboy meaning a male friend from back home. | The term homie was started by Mexican-Americans, most commonly in East Los Angeles, though, of course, the credit givin for the term goes out mostly to African-Americans. | Homie. Homie is an English language slang term found in American urban culture, whose origins etymologists generally trace to African American Vernacular English from the late 19th century, with the word homeboy meaning a male friend from back home. | A homie is like a good friend, buddy, person. This term is mostly used by African-Americans. However, anyone can use this term...if you use it right. not being mean but i use the word homie a lot and I'm not African-American. A homie is also a homeless person. |
where is corn grown in the usa | CORN. Most of the corn grown in the United States is produced in the Corn Belt, which includes Iowa, Illinois, Minnesota, Indiana, Nebraska, Ohio, Missouri and South Dakota. Within the USA, Michigan sits at the NE extremities of the corn belt. The map below shows where the corn belt lies | Corn is believed to have been introduced across what is now the United States-Mexico border a few thousand years ago. The original corn plant known as teosinte is still grown in Mexico and its size (ears of corn) has substantially increased due to efforts of American Indians and scientific research. Corn production (also maize production) plays a major role in the economy of the United States. The country is one of the worldwide corn leaders with 96,000,000 acres (39,000,000 ha) of land reserved for corn production. Corn growth is dominated by west/north central Iowa and east central Illinois | The Corn Belt is a region of the Midwestern United States where corn (maize) has, since the 1850s, been the predominant crop, replacing the native tall grasses. By 1950, 99% of the corn was grown from hybrids. Most corn is fed to livestock, especially hogs and poultry. In recent decades soybeans have grown in importance. The U.S. produces 40% of the world crop. | As of 2008, the top four corn-producing states were Iowa, Illinois, Nebraska and Minnesota, together accounting for more than half of the corn grown in the United States. The Corn Belt also sometimes is defined to include parts of South Dakota, North Dakota, Indiana, Ohio, Wisconsin, Michigan, and Kentucky. By 1950, 99% of the corn was grown from hybrids. Most corn is fed to livestock, especially hogs and poultry. In recent decades soybeans have grown in importance. The U.S. produces 40% of the world crop. | Corn is grown in most U.S. States, but production is concentrated in the Heartland region (including Illinois, Iowa, Indiana, eastern portions of South Dakota and Nebraska, western Kentucky and Ohio, and the northern two-thirds of Missouri). 1 The United States is a major player in the world corn trade market, with between 10 and 20 percent of the corn crop exported to other countries. |
what ethnicity is taylor lautner | Lautner was born on February 11, 1992, in Grand Rapids, Michigan, to Deborah and Daniel Lautner. His mother works for a software development company, while his father is a Midwest Airlines pilot. He has one younger sister named Makena. Raised as a Roman Catholic, Lautner has Austrian, English, German, Swiss-German, French, Irish, and Dutch heritage, and has stated that he has distant Native American ancestry (specifically Ottawa and Potawatomi), through his mother. Taylor grew up in Hudsonville, Michigan, a town near Grand Rapids. | Taylor Lautner is not a what, he is a who. He is an actor who is most well known for his role as Jacob Black in the Twilight Series movies. He also played Sharkboy in Sharkboy … and Lavagirl, and Elliot Murtaugh in Cheaper by the Dozen 2. 28 people found this useful. | Taylor Lautner is an American actor, model, and martial artist. He starred in the 2008 film Twilight and its four sequels/follow-up films. Taylor’s documented ancestry includes Austrian, English, German, Swiss-German, French, and Dutch. A picture of Taylor with his parents and sister can be seen here. It is not clear if this Native ancestry has been publicly verified/confirmed. Taylor’s paternal grandfather was Loren Joseph Lautner (the son of LaVern Francis Lautner and Maxine W. Draper). Loren has Austrian, English, German, and Swiss-German ancestry. | Taylor Daniel Lautner was born on February 11, 1992, in Grand Rapids, Michigan. He has one sibling: a sister named Makena. Lautner is best known as an actor in the role of Jacob Black in Stephenie Meyer's Twilight movie series. Synopsis. Taylor Lautner was born on February 11, 1992, in Grand Rapids, Michigan. He studied karate from a young age and won several championships. Lautner made his film debut in Robert Rodriguez's The Adventures of Sharkboy and Lavagirl. | Early life Edit. Taylor Daniel Lautner was born in Grand Rapids, Michigan to parents, Deborah, and Dan Lautner on February 11, 1992. When asked about playing Native American character Jacob Black in the 2008 film, Twilight, he revealed that he has some Native ancestry, specifically Ottawa and Potawatomi. Taylor Daniel Lautner (born February 11, 1992) appears in all movies of the series as Jacob Black, the best friend of Twilight 's protagonist, Bella Swan. Jacob is a human boy who turns into a werewolf in the film New Moon, where he becomes one of the main characters of the series |
cost of becoming a cpa | 1 A bachelor's degree in accounting is necessary to become a CPA. 2 According to the non-profit organization College Board, the average cost of attending a four-year public college is $7,605 per year (in-state) or $11,990 (out-of-state) for tuition and fees. 1 Requirements for becoming a CPA vary by the state in which the accountant applies. 2 According to the American Institute of CPAs, most states require a bachelor's degree plus two years of public accounting experience. 3 Other requirements vary, although all states use the same Uniform CPA Exam. | 1 In Florida, annual renewal costs of $105. 2 A bachelor's degree in accounting is necessary to become a CPA. 3 According to the non-profit organization College Board, the average cost of attending a four-year public college is $7,605 per year (in-state) or $11,990 (out-of-state) for tuition and fees. 1 Requirements for becoming a CPA vary by the state in which the accountant applies. 2 According to the American Institute of CPAs, most states require a bachelor's degree plus two years of public accounting experience. 3 Other requirements vary, although all states use the same Uniform CPA Exam. | The cost is about $160, although a discount is available for AICPA members. CPA certificate. Once you've passed the exam and met the other requirements for certification, you'll apply for a CPA certificate through the Minnesota Board of Accountancy. Your initial application fee is $165. CPA exam. Total exam cost varies based on jurisdiction, application, section and re-take fees. A future CPA in Minnesota applying for all four sections at one time can expect to spend about $1,000. An application fee is required each time you apply, so be mindful of your schedule to avoid additional fees | Most states require aspiring CPAs to complete at least 150 semester hours of study to become licensed. Students generally accrue 120 hours via a traditional bachelor's degree program. To earn the required 150 hours, some schools offer the option of a combined 5-year bachelor's and master's degree program in accounting. | Note: In general you can expect the total CPA exam application fees (i.e. item 1 + 2) to cost you around $1,000. 3. CPA Exam Review Course Expenses. Very big range, from Wiley CPA books costing $30 at Amazon to a full Becker course at $3,000+. You can learn more about the CPA exam review courses here. 4. CPA Ethics Exam Fees. Most states required an ethics exam after the passing of the Uniform CPA exam. If you are to take the one administered by AICPA (chosen by most states), then you can expect to pay $131.25. |
what is melanin made of | Melanin /ˈmɛlənɪn/ (Greek: μέλας - melas, black, dark) is a broad term for a group of natural pigments found in most organisms (arachnids are one of the few groups in which it has not been detected). Melanin is produced by the oxidation of the amino acid tyrosine, followed by polymerization. The most common type of melanin is eumelanin. There are two types of eumelanin—brown eumelanin and black eumelanin. Pheomelanin is a cysteine-containing red polymer of benzothiazine units largely responsible for red hair, among other pigmentation. Neuromelanin is found in the brain, though its function remains obscure. | Melanin is a pigment that is produced by cells known as melanocytes in the skin of most animals. It comes in two basic forms: eumelanin (brownish color) and pheomelanin (reddish-brown color). The production of melanin is affected by UV exposure, genetic make-up, size of melanocytes, and disease conditions. Melanin is a pigment produced in the skin of almost all animals on earth. Its role in animal survival is critical, and varies depending on the organism. This article addresses melanin function and expression in humans and other organisms, and its role in survival. | Melanin: The pigment that gives human skin, hair, and eyes their color. Dark-skinned people have more melanin in their skin than light-skinned people have. Melanin is produced by cells called melanocytes. It provides some protection again skin damage from the sun, and the melanocytes increase their production of melanin in response to sun exposure. Freckles, which occur in people of all races, are small, concentrated areas of increased melanin production. | The melanin in the skin is produced by melanocytes, which are found in the basal layer of the epidermis. Although, in general, human beings possess a similar concentration of melanocytes in their skin, the melanocytes in some individuals and ethnic groups produce variable amounts of melanin. The most common type of melanin is eumelanin. There are two types of eumelanin—brown eumelanin and black eumelanin. Pheomelanin is a cysteine-containing red polymer of benzothiazine units largely responsible for red hair, among other pigmentation. Neuromelanin is found in the brain, though its function remains obscure. | Production and Function. Melanin is a pigment that is produced by cells known as melanocytes in the skin of most animals, including humans. This pigment comes in different shades, depending on the genetic makeup of the individual. Melanin comes in two basic forms and can range from yellowish-red to dark brown. Melanin is a pigment produced in the skin of almost all animals on earth. Its role in animal survival is critical, and varies depending on the organism. This article addresses melanin function and expression in humans and other organisms, and its role in survival. |
what is melanin made of | Function of skin pigment. Melanin is a naturally produced polymer found in a multitude of locations in the body, from the eye and ear, to the brain and skin. Each different location contains a different variety of melanin, such as neuromelanin in the brain, and eumelanin and pheomelanin in the skin. Where reference is made to melanin in the text, eumelanin is implied. It is known that the melanin in the skin acts as a pigment, but the importance of melanin in most of the other organs is not well understood. | Types of melanin. Some of the different types of melanin include eumelanin, pheomelanin and neuromelanin. Eumelanin is found in the hair, skin and dark areas around the nipples. It is particularly abundant among black populations and provides black and brown pigment to the hair, skin and eyes. | Production and Function. Melanin is a pigment that is produced by cells known as melanocytes in the skin of most animals, including humans. This pigment comes in different shades, depending on the genetic makeup of the individual. Melanin comes in two basic forms and can range from yellowish-red to dark brown. Melanin is a pigment produced in the skin of almost all animals on earth. Its role in animal survival is critical, and varies depending on the organism. This article addresses melanin function and expression in humans and other organisms, and its role in survival. | The pigment is produced in a specialized group of cells known as melanocytes. There are three basic types of melanin: eumelanin, pheomelanin, and neuromelanin. The most common type of melanin is eumelanin. There are two types of eumelanin—brown eumelanin and black eumelanin. Pheomelanin is a cysteine-containing red polymer of benzothiazine units largely responsible for red hair, among other pigmentation. Neuromelanin is found in the brain, though its function remains obscure. | Also called pigment, melanin is a substance that gives the skin and hair its natural color. It also gives color to the iris of the eye, feathers, and scales. In humans, those with darker skin have higher amounts of melanin. By contrast, those with less pigment have lighter or more fair skin coloring. In the skin, melanin is formed by cells called melanocytes. Certain medical conditions, such as albinism, are associated with the lack of melanin. Albinism is a condition marked by the absence of a normal amount of pigment in the body. Animals, humans, and even plants can have albinism. |
where is picardy france located | Picardy (French: Picardie) [1] is a region in northern France, located immediately north of the French capital Paris and the Ile de France. Although largely inland, the region does border the English Channel near Abbeville. | Picardie. Picardie is a region located north of Paris which we have only started to explore. The historical region was smaller than the current administrative one that comprises areas north of Paris where people certainly do not feel like Picards. | The region sits just above Île-île-De france and Touches belgium to the-north, east Between-nord-pas-De calais and its eastern, Neighbour-Champagne. Ardenne’picardie s location means that it is within an’hour s reach Of, London paris And. brussels | Picardy (French: Picardie) is a historic region in northern France that is now within the departments of Aisne, Oise, Pas-de-Calais, and Somme. Amiens was the region's capital. On Picardy's fertile soils they grow wheat, sugar beets and fodder crops. | Picardie is located in Northern part of France. The capital of French Metropolitan Region of Picardie is Amiens. Present day region Picardie is larger in size than the historical province of Picardie. Picardie region is divided into three departements namely Aisne, Oise and Somme. |
how much a plumber cost | the average cost to hire a plumber ranges from $ 170 to $ 430 cost of hiring a plumber is usually calculated in one of 3 ways per hour rate usually with a 2 hour minimum or flat fee for service call hourly rate or flat fee per job often payable in increments for a large job $ 750 $ 1000 water heater install tankless $ 1500 $ 1850 cost breakdown the cost to hire a plumber includes labor confirm with your plumber how labor costs will be calculated by the hour or at a flat rate | 1 A plumber typically charges $200-$500 to install a standard utility sink if the basic hook-ups and vents are already in place, or $500-$1,300 or more to add he basic hook-ups; the utility sink itself can cost another $50-$900 or more. 1 Most plumbers charge a two-hour minimum or a service call fee of $75 -$150, and some plumbers bill a flat fee per job instead of an hourly rate. 2 Either away, exact costs will depend on the complexity and type of work done. | 1 In some areas plumbers charge $45 -$75 an hour; in other regions the hourly rate can be $75 -$150. 2 Most plumbers charge a two-hour minimum or a service call fee of $75 -$150, and some plumbers bill a flat fee per job instead of an hourly rate. 3 Either away, exact costs will depend on the complexity and type of work done. 1 Most plumbers charge a two-hour minimum or a service call fee of $75 -$150, and some plumbers bill a flat fee per job instead of an hourly rate. 2 Either away, exact costs will depend on the complexity and type of work done. | 1 An online training program in plumbing costs $800-$1,000. 2 For example, Penn Foster offers a plumbing technology program for $868, and Ashworth College has similar coursework for about $800. 3 A certificate program in plumbing costs $1,250-$3,000. 1 Additional costs for plumbing training range from $500-$10,000, and may include books, tools, uniforms and living costs. 2 AC/C Tech in Indianapolis estimates additional plumbing program costs as $328 for tools and $369 for books, uniforms and safety equipment. | 1 State licensing for plumbers costs $75-$300 and lasts 1-2 years. 2 Tennessee issues a two-year plumbing license for $75. 3 Georgia 's plumbing license fee is $30 for the application and a $75 renewal fee every two years, and Alaska's fee is a $50 application and $200 license fee every two years. 1 Additional costs for plumbing training range from $500-$10,000, and may include books, tools, uniforms and living costs. 2 AC/C Tech in Indianapolis estimates additional plumbing program costs as $328 for tools and $369 for books, uniforms and safety equipment. |
what does trypsin do in cell culture | Trypsin is produced in the pancreas as the inactive protease trypsinogen. Trypsin cleaves peptide chains mainly at the carboxyl side of the amino acids lysine or arginine, except when either is followed by proline. It is used for numerous biotechnological processes | Function [edit]. In the duodenum, trypsin catalyzes the hydrolysis of peptide bonds, breaking down proteins into smaller peptides. The peptide products are then further hydrolyzed into amino acids via other proteases, rendering them available for absorption into the blood stream. Trypsin cleaves peptide chains mainly at the carboxyl side of the amino acids lysine or arginine, except when either is followed by proline. | Components. Trypsin consists of a single chain polypeptide of 223 amino acid residues, produced by the removal of the N-terminal hexapeptide from trypsinogen which is cleaved at the Lys-lle peptide bond. The sequence of amino acids is cross-linked by 6 disulfide bridges. This is the native form of trypsin, beta-trypsin. | It cleaves peptides on the C-terminal side of Lysine or Arginine. Trypsin is by far the most commonly used enzyme in tissue culture to release the adherent cells from culture vessel surface and/or to disaggregate tissue into single cell suspension. | Specificity: Trypsin cleaves peptides on the C-terminal side of lysine and arginine amino acid residues. If a proline residue is on the carboxyl side of the cleavage site, the cleavage will not occur. If an acidic residue is on either side of the cleavage site, the rate of hydrolysis has been shown to be slower. Composition: |
what does trypsin do in cell culture | Trypsinization is the process of cell dissociation using trypsin, a proteolytic enzyme which breaks down proteins, to dissociate adherent cells from the vessel in which they are being cultured. When added to a cell culture, trypsin breaks down the proteins which enable the cells to adhere to the vessel. This process of cell culture or tissue culture requires a method to dissociate the cells from the container and each other. Trypsin, an enzyme commonly found in the digestive tract, can be used to digest the proteins that facilitate adhesion to the container and between cells. | Function [edit]. In the duodenum, trypsin catalyzes the hydrolysis of peptide bonds, breaking down proteins into smaller peptides. The peptide products are then further hydrolyzed into amino acids via other proteases, rendering them available for absorption into the blood stream. Trypsin cleaves peptide chains mainly at the carboxyl side of the amino acids lysine or arginine, except when either is followed by proline. | Dissociating Enzymes: Trypsin. Trypsin is a pancreatic serine protease with a specificity for peptide bonds involving the carboxyl group of the basic amino acids, arginine and lysine. Trypsin is one of the most highly specific proteases known, although it also exhibits some esterase and amidase activity. | Trypsin cuts the adhesion proteins in cell-cell and cell-matrix interactions (i don't remember the specific site), and EDTA is a calcium chelator, which integrins needs to interact with other proteins for cell adhesion-- no calcium, no cell adhesion. And that's why EDTA treatment is gentler than trypsin. | It cleaves peptides on the C-terminal side of Lysine or Arginine. Trypsin is by far the most commonly used enzyme in tissue culture to release the adherent cells from culture vessel surface and/or to disaggregate tissue into single cell suspension. |
what is a sauce | In cooking, a sauce is liquid, cream, or semi-solid food served on or used in preparing other foods. Sauces are not normally consumed by themselves; they add flavor, moisture, and visual appeal to another dish. Sauce is a French word taken from the Latin salsa, meaning salted. | The sauce is a liquid or a cream or a semi-solid food. This food item is used when we are preparing food or when we are serving food. The sauce is not eaten by itself as a different dish. It is there to enhance the flavor of another dish. Since sauces are used in most types of food, naming all of them is impossible. | If you're from the Midwest or Eastern seaboard of the United States, duck sauce is likely an orange jelly-like substance—similar to sweet-and-sour sauce but with a fruitier flavor—that comes in packets with your Chinese takeout. It's typically used for dipping crispy noodles, egg rolls, and other fried foods. | Full Definition of SAUCE. 1. : a condiment or relish for food; especially: a fluid dressing or topping. 2. : something that adds zest or piquancy. 3. : stewed fruit eaten with other food or as a dessert. | Duck sauce is a sweet and sour sauce that has a long association as the perfect compliment to Chinese cuisine. It can be used as a glaze and an ingredient in recipes as well as being an ideal dipping sauce. It's made with dried fruit, sugar, and spices. |
what is the purpose of the chorion | From Wikipedia, the free encyclopedia. The chorion is the outermost membrane around the embryo in mammals, birds and reptiles. It develops from an outer fold on the surface of the yolk sac, which lies outside the vitteline envelope and is developed by the follicle cells while the egg is in the ovary. The chorion is one of the four extraembryonic membranes that make up the amniotic egg that provide for the nutrients and protection needed for the embryo's survival. It is located between the albumin, which is the white of the egg, and the eggshell. It encloses the embryo and the rest of the embryonic system. | Definition of the Chorion. The chorion is a membrane that develops at the beginning of a pregnancy between the developing fetus and the mother and continues to grow throughout the pregnancy. The chorion is formed by two layers: embryonic mesoderm and a double layer of trophoblasts. Function of the Chorion. While a fetus is developing inside the mother, it is totally dependent on her for nutrition and removal of wastes. As the chorion develops, the side that is facing the fetus becomes the placenta. | For the chorion in vertebrate eggs, see Chorion (egg). For the entertainment company see Chorion (company). In humans and most mammals, the chorion is one of the membranes that exist during pregnancy between the developing fetus and mother. It is formed by extraembryonic mesoderm and the two layers of trophoblast that surround the embryo and other membranes. | Amnion: A thin, tough, membranous sac that encloses the embryo. It is filled with a serous fluid in which the embryo is suspended. Chorion: The outer membrane enclosing the embryo in reptiles, birds, and mammals. In placental mammals it contributes to the development of the placenta. There are four fetal membranes—the amnion, chorion, yolk sac, and allantois. In the course of development, the chorion becomes the outermost, and the amnion the innermost, membrane surrounding the developing embryo. | The essential function of the chorion is to develop the villi and the placenta that will provide a pathway for exchange from the mother to the fetus, making it a pivotal part of the pregnancy. Function of the Chorion. While a fetus is developing inside the mother, it is totally dependent on her for nutrition and removal of wastes. As the chorion develops, the side that is facing the fetus becomes the placenta. |
how long do bearded dragons get | Bearded Dragon Hatchlings. Female bearded dragons lay clutches a few times a year, averaging about 20 eggs in each clutch. When the hatchlings emerge two to three months later, they are about 4 inches long and weigh less than an ounce. Within two months, they are twice their birth size. Bearded dragons reach sexual maturity between the ages of 8 months and 18 months. Determining the gender of your bearded dragon before maturity isn't easy. When grown, males are larger than females, with notably bigger heads. | How big does an adult bearded dragon get? The average adult bearded dragon gets 18 inches long (1 1/2 feet) . There are different species of bearded dragon that can get up to 24 inches (2 feet). | Juvenile bearded dragons. Before setting up a pair of bearded dragons for breeding, it is essential that the habitat is correct for the species. There should be a temperature gradient of 77 to 88 degrees Fahrenheit with a focal basking spot of 105 degrees. The beardies should be on a balanced diet with adequate calcium. Keep in mind that keeping your bearded dragons together is temporary. You will need two separate habitats in the long term as well as a suitable habitat for the hatchlings when the time comes. Full-spectrum lighting, including UVB, is necessary for proper calcium metabolism. | It is recommended that the UVB light source should be less than 18 inches from where the Bearded Dragon spends most of its time; 10-12 inches is optimal. The areas illuminated by the incandescent basking light and the UV light should overlap. | Taming a bearded dragon Part I: The skittish baby. Case history #1 I got a bearded dragon because all the research I did showed me that bearded dragons were always calm and friendly. |
What were the Powerball numbers tonight | Email. Winning tickets were sold in North Carolina, Texas and Puerto Rico in Wednesday's $564 million Powerball drawing, lottery officials confirmed today. The three tickets matched the numbers 25, 11, 54, 13 and 39, with a Powerball of 19. | The Powerball results are announced at approximately 11 p.m. ET. Anxious ticket holders can watch the drawing live on any of these local TV stations. The winning numbers are: 11 – 13 – 25 – 39 – 54 and the Powerball is 19. Update: Winning tickets were sold in North Carolina, Puerto Rico and Texas. The three winners will split what turned out to be a $564.1 million Powerball jackpot. | The $2 Powerball is bigger and better than ever! Jackpots start at $40 million and the second tier (Match 5 +0) prize is $1 Million! To play, choose five numbers from the first field of 69 numbers and one Powerball number from the second field of 26 numbers or simply ask your lottery retailer for a Quick Pick. | LANSING, MI -- Tonight's Powerball jackpot is $500 million, and MLive will have the winning numbers when they are revealed at 11 p.m. Once again I'll be joined by Jeff Holyfield of the Michigan Lottery, and we will have the winning Powerball numbers for tonight's drawing (Feb. 11, 2015). Join the live stream at 10:40 p.m. (Live stream player below. | The drawing is at 10:59 p.m. The cash option for tonight's $500 million jackpot is $337 million. If no one wins tonight, the Powerball jackpot is projected to increase to $650 million for Saturday's drawing, Holyfield said. The cash option would be about $439 million. |
who really was william shakespeare | William Shakespeare is arguably the most famous writer of the English language, known for both his plays and sonnets. Though much about his life remains open to debate due to incomplete evidence, the following biography consolidates the most widely-accepted facts of Shakespeare's life and career. | For hundreds of years people were perfectly content to embrace the simple logic that William Shakespeare, respected actor, poet and dramatist, was, in fact, William Shakespeare. | One such myth, although it’s rarely regarded as such, is that Shakespeare was the most famous playwright of his day. He wasn’t. While Shakespeare did belong to popular troupes — the Lord Chamberlain’s Men, and later the King’s Men — his success was not unrivaled, nor unparalleled. | Done to death by slanderous tongues. So wrote William Shakespeare in his play, Much Ado About Nothing. Or did he? Even people who have never actually read Shakespeare have heard the theories: Shakespeare's plays were written by Francis Bacon! Shakespeare's plays were written by the Earl of Oxford! Shakespeare's plays were written by anyone, anyone, but William Shakespeare! Lunacy, says Patrick Cheney, Distinguished Professor of English and Comparative Literature, gesturing to the early twentieth-century inventor of the Oxford theory, J. Thomas Looney. | In 1585, Anne bore twins, baptized Hamnet and Judith Shakespeare. Hamnet died at the age of eleven, by which time William Shakespeare was already a successful playwright. Around 1589, Shakespeare wrote Henry VI, Part 1, which is considered to be his first play. |
what is an echocardiogram used to diagnose | An echocardiogram is a test that uses ultrasound waves to examine the heart. Because it is a non-invasive test, it is a safe and painless way to help doctors diagnose a number of abnormalities of the heart. | An echocardiogram uses sound waves to produce images of your heart. This commonly used test allows your doctor to see your heart beating and pumping blood. Your doctor can use the images from an echocardiogram to identify heart disease. Depending on what information your doctor needs, you may have one of several types of echocardiograms | This test helps your doctor diagnose heart rhythm problems and damage to your heart from a heart attack that may be underlying heart failure. Echocardiogram. An important test for diagnosing heart failure is the echocardiogram. | 1 Echocardiography (echo) is a painless test that uses sound waves to create pictures of your heart. 2 This test gives your doctor information about the size and shape of your heart and how well your heart's chambers and valves are working. An echocardiogram (echo=sound + card=heart + gram=drawing) is an ultrasound test that can evaluate the structures of the heart, as well as the direction of blood flow within it. | Echocardiogram, often referred to as a cardiac echo or simply an echo, is a sonogram of the heart. (It is not abbreviated as ECG, an abbreviation for an electrocardiogram .) Echocardiography uses standard two-dimensional, three-dimensional, and Doppler ultrasound to create images of the heart. Not only can an echocardiogram create ultrasound images of heart structures, but it can also produce accurate assessment of the blood flowing through the heart by Doppler echocardiography, using pulsed or continuous wave Doppler ultrasound. This allows assessment of both normal and abnormal blood flow through |
average cost of patent attorney | $400 per hour. Hourly fee charged by attorney to write a patent. “Once a patent lawyer has enough information about the invention, he or she files a patent application, which takes an average of 25 hours to write and costs about $10,000.” $10,000/25 hours = $400/hour. IP attorney fees. Hours per | Patent lawyer cost varies based on your geographical location and the attorney s credentials. With that in mind, you can expect to pay somewhere around $100 to $500 or more per hour, with mean hourly costs being closer to $250 to $450. In major metropolitan hours, however, patent lawyer fees could be double this amount. For example, a professional patent search might run you around $500 to $1,500, while getting a patentability opinion from a lawyer would cost approximately $1,000 to $2,000. | It s possible to handle the bulk of the patent application yourself and only consult an attorney on specific matters. For example, a professional patent search might run you around $500 to $1,500, while getting a patentability opinion from a lawyer would cost approximately $1,000 to $2,000. | 25 hours. Average time it takes for an attorney to write a patent. “Once a patent lawyer has enough information about the invention, he or she files a patent application, which takes an average of 25 hours to write and costs about $10,000.” $10,000/25 hours = $400/hour. IP attorney fees. Hours per | In addition to the actual patent attorney cost, you ll also need to pay patent filing fees (individually ranging from hundreds to thousands of dollars) and drawing fees (around $75 to $150 per patent drawing). For example, a professional patent search might run you around $500 to $1,500, while getting a patentability opinion from a lawyer would cost approximately $1,000 to $2,000. |
meaning of rashmi name | Name Rashmi generally means Ray of light or Sun Rays, is of Indian origin, Name Rashmi is a Unisex name, which means both Boy and Girl can have this name. Person with name Rashmi are mainly Hindu by religion. Name Rashmi belongs to rashi Tula (Libra) with dominant planet Venus (Shukra) and Nakshatra (stars) Hastha. | Meaning of Rashmi. Indian name. In Indian, the name Rashmi means-a ray of light.The name Rashmi originated as an Indian name. The name Rashmi is most often used as a girl name or female name. Indian Name Meaning-a ray of light. Origin-India. Global Star Registery-Name a star after someone special! | Meaning of Rashmi. Indian name. In Indian, the name Rashmi means-a ray of light.The name Rashmi originated as an Indian name. The name Rashmi is most often used as a girl name or female name. Indian Name Meaning-a ray of light. Origin-India. Global Star Registery-Name a star after someone special! | Rashmi is a Sanskrit word which basically means 'ray of light'. Rashmi is a fitting name for someone who is fun-loving yet responsible, carefree yet caring when it comes to her loved ones and who is delightfully smart. Rashmi is someone who you can always count on to make you smile. | Meaning of Rashmi. Indian name. In Indian, the name Rashmi means-a ray of light.The name Rashmi originated as an Indian name. The name Rashmi is most often used as a girl name or female name. Indian Name Meaning-a ray of light. Origin-India. Global Star Registery-Name a star after someone special! |
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