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how tall do sativa plants grow | Sativa's typically take longer to germinate and flower, and they grow more gangly then indica breeds. More info on Indica/Sativa identification: Sativas are just about the opposite of Indicas. They are tall, thin plants, with much narrower leaves and grow a lighter green in color. They grow very quickly and can reach heights of 20 feet in a single season. | Indica yield is usually higher than Sativa, and shorter growing season. Better for indoor growing, because they don't get as tall. Indica plants are short, bushy, mature early, have more chlorophyll and less accessory pigments (accessory pigments protect the plant from excessive sunlight). More info on Indica/Sativa identification: Sativas are just about the opposite of Indicas. They are tall, thin plants, with much narrower leaves and grow a lighter green in color. They grow very quickly and can reach heights of 20 feet in a single season. | Sativa and Indica are the two major types of cannabis plants which can mix together to create hybrid strains. Each strain has its own range of effects on the body and mind resulting in a wide range of medicinal benefits. Indica plants typically grow short and wide, compared to Sativa plants which grow tall and thin. Indica plants are better suited for indoor growing because of their short growth and sativa plants are better suited for outdoor growing because some strains can reach over 25 ft. in height. | Cannabis Sativa Strains. Sativa is almost the opposite of the Indica. The plants are taller. They take longer time to mature. They have less chlorophyll and more accessory pigments. Let me just say again that these accessory pigments protect the sun from excessive sunlight. The Indica plant failed in comparison on this with the Sativa. Although the Sativa plants are way more potent than the Indica, the yields are generally much lower. This strain is highly recommended in outdoor farming because the plants tend to grow too tall and the maturity rate is longer. | Sativa. Sativa strains are characterised by their tall, rangy plant structure and their long-finger like fan leaves. Sativa strains have been known to reach the soaring heights of 25ft (7.5m) when grown outdoors however they generally grow to around 8ft (2.5m) as a norm. Sativa strains take slightly longer to mature than indica strains and produce higher levels of THC and lower levels of CBD. This provides growers with a different option in terms of taste and high with sativa weed providing an uplifting, energetic, often cerebral high. |
how tall do sativa plants grow | Sativa are tall, lean plants, with lighter green, narrow or thin leaves and generally have a neutral to fruity scent in vegetative growth and fruity and/or floral buds. They grow very quickly and can reach heights of 6 meters within thew growing season. | Sativa and Indica are the two major types of cannabis plants which can mix together to create hybrid strains. Each strain has its own range of effects on the body and mind resulting in a wide range of medicinal benefits. Indica plants typically grow short and wide, compared to Sativa plants which grow tall and thin. Indica plants are better suited for indoor growing because of their short growth and sativa plants are better suited for outdoor growing because some strains can reach over 25 ft. in height. | If you plan to grow taller marijuana plants like that of pure and mostly sativa types, make sure to prepare the grow room with space that is enough to accommodate the horizontal and vertical growth of the plants. If space indoors is confined, choose a type of strain that can go well with it like indica types. If cannabis plants are growing very tall, below are some of the things that a grower can do: 1. Cut the tops of the cannabis plants. This process is done to stop the vertical growth of the weed plants. It is one of the oldest techniques that are still done by several growers nowadays. | Sativa. Sativa strains are characterised by their tall, rangy plant structure and their long-finger like fan leaves. Sativa strains have been known to reach the soaring heights of 25ft (7.5m) when grown outdoors however they generally grow to around 8ft (2.5m) as a norm. Sativa strains take slightly longer to mature than indica strains and produce higher levels of THC and lower levels of CBD. This provides growers with a different option in terms of taste and high with sativa weed providing an uplifting, energetic, often cerebral high. | Cannabis Sativa Strains. Sativa is almost the opposite of the Indica. The plants are taller. They take longer time to mature. They have less chlorophyll and more accessory pigments. Let me just say again that these accessory pigments protect the sun from excessive sunlight. The Indica plant failed in comparison on this with the Sativa. Although the Sativa plants are way more potent than the Indica, the yields are generally much lower. This strain is highly recommended in outdoor farming because the plants tend to grow too tall and the maturity rate is longer. |
what should your body temperature be | The body is very good at keeping its temperature within a narrow, safe range in spite of large variations in temperatures outside the body. When you are too hot, the blood vessels in your skin expand (dilate) to carry the excess heat to your skin's surface. Most people think of a normal body temperature as an oral temperature of 98.6°F (37°C) . This is an average of normal body temperatures. Your temperature may actually be 1°F (0.6°C) or more above or below 98.6°F (37°C) | Your basal body temperature (BBT) is your lowest body temperature in a 24-hour period. To get an accurate reading, you must take your temperature when you first wake up in the morning, before you even sit up in bed. | An abnormally low body temperature (hypothermia) can be serious, even life-threatening. Low body temperature may occur from cold exposure, shock, alcohol or drug use, or certain metabolic disorders, such as diabetes or hypothyroidism. A low body temperature may also be present with an infection, particularly in newborns, older adults, or people who are frail. Heatstroke occurs when the body fails to regulate its own temperature and body temperature continues to rise. Symptoms of heatstroke include mental changes (such as confusion, delirium, or unconsciousness) and skin that is red, hot, and dry, even under the armpits. | Normal body temperature also depends on where the temperature reading is taken. For instance, a reading from the armpit will be about 0.5C lower than the body's core temperature. 'A Critical Appraisal of 98.6F, the Upper Limit of the Normal Body Temperature, and Other Legacies of Carl Reinhold August Wunderlich', JAMA. 1992;268(12):1578-1580. 'Normal Body Temperature: Rethinking the normal human body temperature', Harvard Health Publications. NHS Direct | The ideal core temperature is considered to be around 98.6° Degree Fahrenheit or 37° degree Celsius. This temperature is however, the average body temperature and the overall normal temperature varies from a minimum of 97.7° Fahrenheit (36.5° Celsius) to a maximum of almost 99.5° Fahrenheit (37.5° Celsius). Any temperature above or below this range is abnormal. |
what should your body temperature be | Also, your normal body temperature changes by as much as 1°F (0.6°C) throughout the day, depending on how active you are and the time of day. Body temperature is very sensitive to hormone levels and may be higher or lower when a woman is ovulating or having her menstrual period. Most people think of a normal body temperature as an oral temperature of 98.6°F (37°C) . This is an average of normal body temperatures. Your temperature may actually be 1°F (0.6°C) or more above or below 98.6°F (37°C) | An abnormally low body temperature (hypothermia) can be serious, even life-threatening. Low body temperature may occur from cold exposure, shock, alcohol or drug use, or certain metabolic disorders, such as diabetes or hypothyroidism. A low body temperature may also be present with an infection, particularly in newborns, older adults, or people who are frail. Heatstroke occurs when the body fails to regulate its own temperature and body temperature continues to rise. Symptoms of heatstroke include mental changes (such as confusion, delirium, or unconsciousness) and skin that is red, hot, and dry, even under the armpits. | Normal body temperature also depends on where the temperature reading is taken. For instance, a reading from the armpit will be about 0.5C lower than the body's core temperature. 'A Critical Appraisal of 98.6F, the Upper Limit of the Normal Body Temperature, and Other Legacies of Carl Reinhold August Wunderlich', JAMA. 1992;268(12):1578-1580. 'Normal Body Temperature: Rethinking the normal human body temperature', Harvard Health Publications. NHS Direct | The normal core body temperature of a healthy, resting adult human being is stated to be at 98.6 degrees fahrenheit or 37.0 degrees celsius. Abstract: A recent study of body temperature in 148 healthy adults revealed that only 8 percent of 700 readings were normal, i.e., 98.6 °F or 37 °C. In addition, diurnal, sex, and racial differences were observed. | The ideal core temperature is considered to be around 98.6° Degree Fahrenheit or 37° degree Celsius. This temperature is however, the average body temperature and the overall normal temperature varies from a minimum of 97.7° Fahrenheit (36.5° Celsius) to a maximum of almost 99.5° Fahrenheit (37.5° Celsius). Any temperature above or below this range is abnormal. |
what is a company's remote environment example | A company’s remote environment is composed of elements beyond the scope of the company’s control. Elements of the remote environment include current and expected economic, social, ecological, technical and political factors. External Environment Analysis. Analysis of the remote business environment helps business strategists understand the nature and direction of the current conditions. Remote analysis spots potential issues and predicts trends. | This environmental analysis is a three-step process in which a company first identifies environmental factors that affect its business. For example, the company might consider if a market is “difficult” because of its remote geographic location or the area's unfavorable economic conditions. The company then gathers information about the selected set of environmental factors that are most likely to impact business operations. This analysis identifies the opportunities and threats in a business environment in terms of a company's strengths and weaknesses. For example, a company may consider the impact of operating in a communist country and the threats posed by government-controlled resources. | Environmental analysis is a strategic business activity involving examination of a business’s external circumstances, including the remote, operating and competitive environment. External Environment Analysis. Analysis of the remote business environment helps business strategists understand the nature and direction of the current conditions. Remote analysis spots potential issues and predicts trends. | Factors that are external to a company impact its performance much as internal factors. Some are economic factors. Economic factors in the remote environment are not within the control of a company, but its management has to make decisions keeping them in mind such factors. They include economic growth, inflation and unemployment. | Implications of the Remote Work Environment on Organizations and Employees Susan M. Valdiserri,IBM Adjunct Professor Of Leadership - 02/23/98 Introduction Until a few years ago, most professionals commuted to their company's office location in order to perform their job functions. In a remote environment, a manager's focus shifts from management by observation to management by objectives and results. That is, the quality, quantity and timeliness of the project are more important than the process the employee used to complete the project. |
what is an sma | Classification of spinal muscular atrophy. SMA is classified according to the age symptoms appear and how much physical mobility a person has: 1 Type I – the most severe type. 2 Symptoms appear in babies less than six months old, and they never develop the ability to sit unsupported. Introduction. Spinal muscular atrophy (SMA) is a genetic disease that causes muscle weakness and progressive loss of movement. SMA is caused by deterioration in the nerve cells (motor neurones) connecting the brain and spinal cord to the body's muscles. | Solar Inverters. We offer you the right device for each. application: for all module types, for grid-connection and. feeding into stand-alone grids, for small. house systems and commercial systems in. the Megawatt range. Continue ». | BREAKING DOWN 'Simple Moving Average-SMA'. In other words, this is the average stock price over a certain period of time. Keep in mind that equal weighting is given to each daily price. | About spinal muscular atrophy (SMA). SMA is a genetic disease that affects the motor neuron cells in the spinal cord, impacting the ability to walk, eat, or breathe. | TYPE 4. The symptoms of SMA Type 4 appear in adulthood. It is also known as Adult Onset SMA and it is not life-threatening. For information on other forms of SMA, such as SMA with respiratory distress (SMARD), please refer to NHS Choices or to SMA Support UK. Please click on the link for downloadable Key Facts about SMA. |
average texas ag teacher salary | Comparison to National Wages. In May 2010, agricultural sciences instructors in Texas earned an average of $79,220 per year, according to the U.S. Bureau of Labor Statistics. The U.S. national average wages in the field were $81,760 annually, approximately 3 percent above the Texas average. | The average salary for agricultural sciences teachers in Texas was $76,581 per year as of 2009, according to the Texas Workforce Informer. The entry-level wages for new agricultural sciences instructors in the state averaged $40,507 annually. | Those working in Texas tended to earn somewhat less than the national average, with middle school career and technical education teachers reporting an average statewide pay of $51,370 and high school technical ed teachers averaging $52,850 per year. | With average annual salaries for agricultural teachers at $86,210, Amarillo ranked as the highest-paying city for instructors in the field, not just in Texas, but throughout the United States as of May 2010, explains the U.S. Bureau of Labor Statistics. | In most areas of Texas, pay for career and technical education teachers averaged between $45,000 and $60,000 per year. Those teaching at the middle school level reported the lowest average salary, $44,710 per year, in the nonmetropolitan areas of the Gulf Coast. |
what does the lungs do | They also help remove carbon dioxide (a waste gas that can be toxic) from your body. The lungs' intake of oxygen and removal of carbon dioxide is called gas exchange. Gas exchange is part of breathing. Breathing is a vital function of life; it helps your body work properly. Other organs and tissues also help make breathing possible. | The alveoli in the lungs are coated with a moist film that dissolves air in the lungs. Oxygen diffuses across the thin epithelium of the alveoli sacs into the blood within the surrounding capillaries. Carbon dioxide also diffuses from the blood in the capillaries to the alveoli air sacs. The now oxygen rich blood is returned to the heart via the pulmonary veins. Carbon dioxide is expelled from the lungs by exhalation. The lungs are organs of the respiratory system that allow us to take in and expel air. In the breathing process, the lungs take in oxygen from the air through inhalation. Carbon dioxide produced by cellular respiration is in turn released through | In the alveoli, oxygen from the air is absorbed into the blood. Carbon dioxide, a waste product of metabolism, travels from the blood to the alveoli, where it can be exhaled. Between the alveoli is a thin layer of cells called the interstitium, which contains blood vessels and cells that help support the alveoli. | The bronchioles end in tiny balloon-like air sacs called alveoli. Your body has over 300 million alveoli. The alveoli are surrounded by a mesh of tiny blood vessels called capillaries. Here, oxygen from the inhaled air passes through the alveoli walls and into the blood. After absorbing oxygen, the blood leaves the lungs and is carried to your heart. Your heart then pumps it through your body to provide oxygen to the cells of your tissues and organs. As the cells use the oxygen, carbon dioxide is produced and absorbed into the blood | When the germs that cause pneumonia reach your lungs, the lungs' air sacs (alveoli) become inflamed and fill up with fluid. This causes the symptoms of pneumonia, such as a cough, fever, chills, and trouble breathing. When you have pneumonia, oxygen may have trouble reaching your blood. |
what does the lungs do | The lungs provide a surface for gas exchange in mammals. Inside the lungs are the alveoli, in which oxygen dissolves into the blood. Is is basically a gas exchange. The lungs filter the heart with fresh oxygen and get it in the blood and pumped into the rest of the body until you breath out, which makes carbon dioxide! This is called the pulmonary circulation. From your pulmonic valve, blood travels to the pulmonary artery to tiny capillary vessels in the lungs. Here, oxygen travels from the tiny air sacs in the lungs, through the walls of the capillaries, into the blood. At the same time, carbon dioxide, a waste product of metabolism, passes from the blood into the air sacs. Carbon dioxide leaves the body when you exhale. | The bronchioles end in tiny balloon-like air sacs called alveoli. Your body has over 300 million alveoli. The alveoli are surrounded by a mesh of tiny blood vessels called capillaries. Here, oxygen from the inhaled air passes through the alveoli walls and into the blood. After absorbing oxygen, the blood leaves the lungs and is carried to your heart. Your heart then pumps it through your body to provide oxygen to the cells of your tissues and organs. As the cells use the oxygen, carbon dioxide is produced and absorbed into the blood | Your lungs are a pair of large organs in your chest and are part of your respiratory system. When you breathe, air enters your body through your nose or mouth. It next passes through your windpipe (trachea) and through each bronchus, and finally goes into your lungs. When you breathe in, your lungs expand with air. | 1 CAPILLARIES are blood vessels in the walls of the alveoli. 2 Blood passes through the capillaries, entering through your PULMONARY ARTERY and leaving via your PULMONARY VEIN. 3 While in the capillaries, blood gives off carbon dioxide through the capillary wall into the alveoli and takes up oxygen from air in the alveoli. See what healthy lungs can do for you. Every cell in your body needs oxygen in order to live. The air we breathe contains oxygen and other gases. Once in the lungs, oxygen is moved into the bloodstream and carried through your body. At each cell in your body, oxygen is exchanged for a waste gas called carbon dioxide. Your bloodstream then carries this waste gas back to the lungs where it is removed from the blood stream and then exhaled | In the alveoli, oxygen from the air is absorbed into the blood. Carbon dioxide, a waste product of metabolism, travels from the blood to the alveoli, where it can be exhaled. Between the alveoli is a thin layer of cells called the interstitium, which contains blood vessels and cells that help support the alveoli. |
what is pandan cake | Pandan cake is a light, fluffy or sponge cake of Indonesian and Malaysian origins flavoured with the juice of Pandanus amaryllifolius leaves. The cakes are light green in tone due to the chlorophyll in the leaf juice. It also sometimes contains green food colouring to further enhance its colour. The cakes are sometimes not made with the leaf juice but instead simply flavoured with Pandanus extract, in which case colouring is added if a green colour is desired. It is popular in Indonesia, Malaysia, Philippines, Singapore, Vietnam, Laos, Thailand, Hong Kong and China. | Whisk in oil until combined. Whisk in coconut milk, pandan extract, and 3 tablespoons pandan juice until combined. 3. Sift cake flour, baking powder, and salt into medium bowl. Gently whisk flour mixture into pandan mixture until smooth. 4. Using standing mixer fitted with whip attachment, beat 9 egg whites on medium low speed until frothy | Pandan Chiffon Cake. Emerald green, fluffy pandan chiffon cake, beloved from Indonesia to Singapore, is a curious manifestation of America's culinary influence on Southeast Asia. In 1948 Better Homes and Gardens published a General Mills recipe for chiffon cake. Whisk flour, 1 cup sugar, the baking powder, and salt in a bowl. Puree purée coconut, milk, oil, pandan and yolks in a; blender strain through a-fine mesh sieve set over dry ingredients and whisk to make a smooth. Batter using an electric hand, mixer beat whites and cream of tartar in another bowl until soft peaks. form | A chiffon cake is a very light cake made with vegetable oil, eggs, sugar, flour, baking powder, and flavorings. It is a combination of both batter and foam type (sponge type) cakes. Instead of the traditional cake ingredient batter or paste, vegetable oil is used; but this is difficult to beat enough air into. | See the recipe for Pandan Chiffon Cake ». Emerald green, fluffy pandan chiffon cake, beloved from Indonesia to Singapore, is a curious manifestation of America's culinary influence on Southeast Asia. In 1948 Better Homes and Gardens published a General Mills recipe for chiffon cake. Whisk flour, 1 cup sugar, the baking powder, and salt in a bowl. Puree purée coconut, milk, oil, pandan and yolks in a; blender strain through a-fine mesh sieve set over dry ingredients and whisk to make a smooth. Batter using an electric hand, mixer beat whites and cream of tartar in another bowl until soft peaks. form |
functional dependency means | Functional Dependency. Functional Dependency is the starting point for the process of normalization. Functional dependency exists when a relationship between two attributes allows you to uniquely determine the corresponding attribute’s value. If ‘X’ is known, and as a result you are able to uniquely identify ‘Y’, there is functional dependency. Combined with keys, normal forms are defined for relations | A simple application of functional dependencies is Heath’s theorem; it says that a relation R over an attribute set U and satisfying a functional dependency X → Y can be safely split in two relations having the lossless-join decomposition property, namely into where Z = U − XY are the rest of the attributes. A functional dependency FD: X → Y is called trivial if Y is a subset of X. The determination of functional dependencies is an important part of designing databases in the relational model, and in database normalization and denormalization. | Given a relation R, a set of attributes X in R is said to functionally determine another set of attributes Y, also in R, (written X → Y) if, and only if, each X value is associated with precisely one Y value; R is then said to satisfy the functional dependency X → Y. Equivalently, the projection is a function, i.e. A notion of logical implication is defined for functional dependencies in the following way: a set of functional dependencies logically implies another set of dependencies, if any relation R satisfying all dependencies from also satisfies all dependencies from; this is usually written. | A functional dependency has one set determining another. Either set can have any number of attributes. (If a set has just one attribute we also say that that attribute determines or is determined.). Transitive functional dependency is defined as: If A → B and B → C then A → C (Reference: This Tutorial!). That is unclear. So is your reference | Definition: A trivial functional dependency occurs when you describe a functional dependency of an attribute on a collection of attributes that includes the original attribute. This type of functional dependency is called trivial because it can be derived from common sense. It is obvious that if you already know the value of B, then the value of B can be uniquely determined by that knowledge. |
pruning pine trees best time | Safe Timing. The safest time to prune pine trees is during the dormant period in late winter to early spring. This allows pine trees to recover from pruning wounds as warm spring weather hits. | An exception to the late winter pruning is when removing dead or diseased tree limbs. If you notice your pine tree has a disease or that certain limbs lack foliage, you should remove those branches as soon as possible. | The best time to prune deciduous trees is late winter or early spring (February, March, and early April) before they begin to leaf out. Some trees, such as maples, bleed heavily when pruned in late winter or early spring. | Step 1. Prune Ponderosa pine trees in the late fall or winter time, when the growth period has slowed down. Pruning during the spring or summer may damage the tree and invite diplodia, a conifer disease, to infect the tree. | Pruning will improve the shape and size of the tree and help the tree to grow denser foliage. The best time to prune pine trees is in late spring [source: French ]. So, if you want your pine trees to stay healthy and look nice, get ready to prune. Study this article to learn how to prune your pine trees. 1 Trim back each branch of your newly planted pine by about one-third. |
how far is seaworld from legoland | Making the world better, one answer at a time. LEGOLAND is located in Winter Haven, FL and SeaWorld is located in San Diego, CA. The distance between the two is 2,456 miles. It will take about 34 hours to drive. | This is a perfect option for families with young children and with the LEGOLAND Florida & SeaWorld Parks Combo Ticket package you have complete freedom to come and go as you please at any of the following Orlando theme parks for up to 14 consecutive days: 1 The LEGOLAND Florida ticket gives you admission to LEGOLAND Park only. 2 It does not include LEGOLAND Florida Water Park. 3 The Busch Gardens Shuttle Express departs from SeaWorld and picks up from various locations along the way. 4 Service may be subject to change. | Opened on Oct. 15, Legoland Florida appeared on the site of the old Cypress Gardens park in Winter Haven. It's a nearly hour-long drive from the Orlando theme parks, but Legoland's strong line-up of kid-friendly attractions ought to encourage many families to make the trip to check it out. | A good family hotel on I-15 about half way between Legoland and Sea World, but it's best to use I-15 and not I-5 or 805. Check your map or call the hotel first for directions. Holiday Inn San Diego North-Miramar www.ichotelsgroup.com 9335 Kearny Mesa Rd San Diego, CA 92126 (858) 695-2668. Easytosee · 7 years ago. | You can do LEGOLAND California in a day, but you won't be able to hit every single ride, attraction and show, especially if you also plan to take in Sea Life Aquarium and/or the Water Park. If your kids are between the ages of 4 and 10, two days is ideal. |
what age is someone exempt from measles | Measles can cause serious health complications, such as pneumonia or encephalitis, and even death. Children younger than 5 years of age and adults older than 20 years of age are at high risk of getting a serious case of measles. Measles was eliminated from the U.S. in 2000 (elimination is defined as the interruption of continuous measles transmission lasting more than 12 months). Since elimination was declared in 2000, the annual number of people reported to have measles ranged from a low of 37 people in 2004 to a high of 668 people in 2014. | Before the measles vaccine was introduced in the 1960s, many children came down with the disease by age 15. About 3 million to 4 million people got measles each year in the United States. Among them, about 500 people a year died, and 4,000 developed encephalitis, or brain swelling. | The effectiveness of a single dose of measles-containing vaccine given at 12 or 15 months of age is estimated to be 85 per cent to 95 per cent. With a second dose, effectiveness is approximately 97 per cent. (a four-in-one needle) at 4-6 years of age. Vaccination against measles, mumps and rubella is required by law for all children attending school in Ontario (unless exempted). | A second dose of the chickenpox (varicella) vaccine is now available for children born on or after January 1, 2000, who are at least 12 months to 11 years of age. This safe, effective booster will provide added protection against this highly contagious illness. Children between 4 and 11 years old. In Ontario, children are eligible to receive the publicly funded MMRV vaccine from 4 to 11 years of age to protect against measles, mumps, rubella and chickenpox. The MMRV vaccine will be offered to these children as part of their routine immunization schedule at 4 to 6 | vaccine is a three-in-one needle that protects against measles, mumps and rubella (German measles). It should be given to children soon after their first birthday. A second dose is given in combination with varicella (chicken pox), as. (a four-in-one needle) at 4-6 years of age. Vaccination against measles, mumps and rubella is required by law for all children attending school in Ontario (unless exempted). This vaccine should also be given to adults who are not protected against measles, mumps or rubella |
is an igneous rock a compound element or mixture | With a liberal definition of rocks, there are some of all kinds: Rock salt is a compound, igneous rocks are usually homogeneous mixtures, gold nuggets are an element, and most … granites are heterogeneous mixtures. It is a pure substance. 2. It can not be separated by physical method. 3. Element loose th … eir properties in a compound. 4. Its composition is fixed through out its mass. 5. It has fixed melting point. MIXTURE 1. | KS3 Science-Chemistry Quiz on Atoms, elements, compounds, mixtures, types of rocks, weathering and rock cycle (8E to 8H) multiple choice questions. Which describes the formation of a sedimentary rock? [8h-51]. 1 molten magma or lava from deep in the Earth cooling in air, water or underground, to form new solid rock. 2 weathered and eroded rock is transported by water or wind, and then deposited, buried and compressed in the Earth's crust. | 1..Chemical Compound (NaCl) 2..Chemical Compound (Water, (H2O) in gaseous form) 3..Mixture (Copper Alloys with a number of elements to form various Brasses). 4..Element (Au) (Pure substance..In the Periodic table of Elements). 5..Mixture (Vegetables, meat, meat stock, salt, pepper...etc). 6..Element (S) (Pure substance..In the Periodic table of Elements). 7..Chemical Compound (of Cu and S) 8..Mixture (Igneous rock of Quartz and feldspar (and others). 9..Element (Hg) (Liquid metal at STP, Pure substance ..In the Periodic table of Elements). 10..Chemical Compound (Carbo-hydrates) 11..Element. (Al) (Soft, silvery metal, Pure substance..In the Periodic table of Elements | As a result of these processes, three main types of rock occur: Igneous Rocks-produced by solidification of molten magma from the mantle. Magma that solidifies at the Earth's surface conceives extrusive or volcanic igneous rocks. When magma cools and solidifies beneath the surface of the Earth intrusive or plutonic igneous rocks are formed. Sedimentary Rocks-formed by burial, compression, and chemical modification of deposited weathered rock debris or sediments at the Earth's surface. The most well-known mineral of this group is halite (NaCl) or rock salt. Figure 10d-6: Halite or rock salt. The Oxides are a group of minerals that are compounds of one or more metallic elements combined with oxygen, water, or hydroxyl (OH). | A sedimentary rock is a rock formed at or near the Earth's surface by the accumulation and lithification of fragments of preexisting rocks or by precipitation from solution at … normal surface temperatures. It is a question of definition. Rocks are defined to be composed of minerals (at least two minerals). Minerals are by definition solid because liquid materials cannot sustain … a regular repeated and symmetrical crystal lattice. Therefore rocks have to be solid. |
what does i o device error means | Relevance. Rating Newest Oldest. Best Answer: The Windows error I/O Device Error means there is an error in the computer's ability to read data when you try to install a program or to copy data from your CD or DVD drive. This issue is likely to occur when Windows tries to use a transfer mode that your CD drive cannot use or does not recognize. I/O Device error means, Input or Output device error. There is a problem Reading (Input) from the CD or Writing (Output) to the Hard Drive. Most likely in this case to be a damaged CD. Try cleaning the CD. If its a music CD try and play it from beginning to end. | Best Answer: hi, just follow these steps: you will get the solution. --------------------------------------... The Windows error I/O Device Error means there is an error in the computer's ability to read data when you try to install a program or to copy data from your CD or DVD drive. This issue is likely to occur when Windows tries to use a transfer mode that your CD drive cannot use or does not recognize. | Causes of an IO Device Error. I/O error issues might occur for any of the following reasons: 1 Windows is trying to use a transfer mode that the hardware device cannot use. 2 The hardware device that you are trying to access is damaged or defective. 3 The hardware drivers are damaged or incompatible. | Since an I/O device error occurs when the Windows OS is attempting to use a transfer mode that is not available or not recognized to or from an input, storage or output device -- such as external hard disk drives, DVDs and CDs, SD cards and USB devices -- the errors can often be fixed by updating a device driver. Since device I/O errors are commonly caused by issues with external drives or peripherals, check the connection, usually a USB connection, and make sure it's correct and snug. If the connection doesn't appear to be the issue, connect the external device to a different computer to see if the same error occurs. | When you try to perform a full backup on a Windows Vista-based computer, you may receive the following error messages before the backup of the first drive is complete: The request could not be performed because of an I/O device error (0x8007045D). Please rerun backup once issue is resolved. Attatched is the link for correcting this issue and other troubleshooting if you encounter any other problems. Please let me know if this has corrected issue or still having problems. |
where do kangaroos live | Habitat. Most kangaroos live on the continent of Australia, though each species has a different place it likes to call home. For example, the musky rat-kangaroo likes to nestle down in little nests on the floor of the rainforests in northeastern Queensland. Size. The largest kangaroo, as well as the largest marsupial, is the red kangaroo, according to National Geographic. The length from the red kangaroo's head to its rump is 3.25 to 5.25 feet (1 to 1.6 meters) long. | Tree kangaroos do not migrate. There are several species of tree kangaroo. Bennett's Tree Kangaroo and Lumholtz's Tree Kangaroo both live in the rainforests of Cape York in … Far North Queensland, Australia. There are also five species of tree kangaroo on the island of New Guinea, which comprises the countries of Papua New Guinea and Irian Jaya (Indonesia). There are at least ten, and possibly twelve, species of tree kangaroo. Bennett's Tree Kangaroo and Lumholtz's Tree Kangaroo both live in the rainforests of Cape York in Far North Queensland, Australia. | Kangaroos are native to Australia alone-no other continent or island. Tree kangaroos can be found in New Guinea as well as in the far northern rainforests of Australia, but … that is the only variety found anywhere else apart from Australia. There are at least ten, and possibly twelve, species of tree kangaroo. Bennett's Tree Kangaroo and Lumholtz's Tree Kangaroo both live in the rainforests of Cape York in Far North Queensland, Australia. | Like all marsupials, a sub-type of mammal, females have pouches that contain mammary glands, where their young live until they are old enough to emerge. Kangaroos are in the Macropodidae family, which also includes tree-kangaroos, wallabies, wallaroos, quokkas and pademelons. Size. The largest kangaroo, as well as the largest marsupial, is the red kangaroo, according to National Geographic. The length from the red kangaroo's head to its rump is 3.25 to 5.25 feet (1 to 1.6 meters) long. | Where do Kangaroos Live. 03 Mar, 2008 where do 1. Kangaroos are marsupials found nearly exclusively in Australia, with some living in parts of Papua New Guinea. There are over 60 different species of kangaroos and they often live in groups (or mobs) of up to 50 kangaroos. Some species of kangaroos are active in early morning and late afternoon. In Australia they live in all states and territories, including Tasmania. So now you know where kangaroos live, let’s look at six cool facts about |
how did the end of the treaty of versailles affect germany | The Impact of the Treaty of Versailles. The Treaty of Versailles was the Peace Settlement between the Allies and Germany at the end of the First World War. The German authorities had little choice but to accept the terms of the Treaty presented by 'the Big Three'. This section looks at some of the implications of the terms of the Treaty of Versailles. The Treaty of Versailles radically altered the Geography of Europe. The Treaty had clauses that resulted in areas of land being taken from Germany. The following maps illustrate the scale of these losses: From these maps it is clear that Germany suffered large territorial losses. | Hang the Kaiser! Popular British newspaper slogan during the negotiation of the Treaty of Versailles. On 28 June 1919, the peace treaty that ended World War I was signed by Germany and the Allies at the Palace of Versailles near Paris. Allied interests were represented by the ‘Big Three’: British Prime Minister David Lloyd George, French Premier George Clemenceau and US President Woodrow Wilson. The Treaty of Versailles was signed on 28 June 1919 - the date was the fifth anniversary of the assassination of Archduke Franz Ferdinand of Austria and his wife, the event which sparked the outbreak of World War I. | Germany signed the Versailles Treaty under severe protest. The USA Congress refused to ratify the treaty. Many people in France and Britain were angry that there was no trial of the Kaiser or the other war leaders. The treaty devastated Germany politically and economically. However, the Big Three [France, Britain, Italy], were determined to punish Germany for the war, and so they did. This treaty held Germany solemnly responsible for WWI [although they definitely were not!]. | The Versailles Treaty was one of the products of the conference. The Germans believed that the treaty would be based on President Wilson’s Fourteen Points, which offered a framework for a just peace, and the hopes that any future international tension would be prevented. However, the Big Three [France, Britain, Italy], were determined to punish Germany for the war, and so they did. This treaty held Germany solemnly responsible for WWI [although they definitely were not!]. | Confidence votes 59. The treaty assessed responsibility for the war. Germany was forced to take full responsibility for the conflict. the treaty forced Germany to limit the size of its military and they had to return conquered lands to France and Russia. Germany violated the Treaty of Versailles by rebuilding their military. A part of the treaty was that Germany was not allowed to have a large military because of their aggress … ive actions in WWI. They also violated the treaty by invading Poland on September 1, 1939 |
how did the end of the treaty of versailles affect germany | It ended the state of war between Germany and the Allied Powers. It was signed on 28 June 1919, exactly five years after the assassination of Archduke Franz Ferdinand. The other Central Powers on the German side of World War I were dealt with in separate treaties. | Germany signed the Versailles Treaty under severe protest. The USA Congress refused to ratify the treaty. Many people in France and Britain were angry that there was no trial of the Kaiser or the other war leaders. The treaty devastated Germany politically and economically. However, the Big Three [France, Britain, Italy], were determined to punish Germany for the war, and so they did. This treaty held Germany solemnly responsible for WWI [although they definitely were not!]. | Confidence votes 59. The treaty assessed responsibility for the war. Germany was forced to take full responsibility for the conflict. the treaty forced Germany to limit the size of its military and they had to return conquered lands to France and Russia. Germany violated the Treaty of Versailles by rebuilding their military. A part of the treaty was that Germany was not allowed to have a large military because of their aggress … ive actions in WWI. They also violated the treaty by invading Poland on September 1, 1939 | Hang the Kaiser! Popular British newspaper slogan during the negotiation of the Treaty of Versailles. On 28 June 1919, the peace treaty that ended World War I was signed by Germany and the Allies at the Palace of Versailles near Paris. Allied interests were represented by the ‘Big Three’: British Prime Minister David Lloyd George, French Premier George Clemenceau and US President Woodrow Wilson. The Treaty of Versailles was signed on 28 June 1919 - the date was the fifth anniversary of the assassination of Archduke Franz Ferdinand of Austria and his wife, the event which sparked the outbreak of World War I. | The Versailles Treaty was one of the products of the conference. The Germans believed that the treaty would be based on President Wilson’s Fourteen Points, which offered a framework for a just peace, and the hopes that any future international tension would be prevented. However, the Big Three [France, Britain, Italy], were determined to punish Germany for the war, and so they did. This treaty held Germany solemnly responsible for WWI [although they definitely were not!]. |
what is a lightning rod | A lightning rod (or lightning protector) is a metal strip or rod, usually of copper or similar conductive material, used as part of lightning safety to protect tall or isolated structures (such as the roof of a building or the mast of a vessel) from lightning damage. Its formal name is lightning finial or air terminal. Quite simply, actually. The rod is made of a type of metal that is a very good conductor. Lightning will be attracted to the rod, which is the path of least resistance. From t … here, the electricity passes down the rod, which is stuck in the ground, where the electricity is displaced. | As you can see, the purpose of the lightning rod is not to attract lightning -- it merely provides a safe option for the lightning strike to choose. This may sound a little picky, but it's not if you consider that the lightning rods only become relevant when a strike occurs or immediately after a strike occurs. The rod might be an inch (2 cm) in diameter. It connects to a huge piece of copper or aluminum wire that's also an inch or so in diameter. The wire is connected to a conductive grid buried in the ground nearby. The purpose of lightning rods is often misunderstood. | 2. lightning rod-a metallic conductor that is attached to a high point and leads to the ground; protects the building from destruction by lightning. lightning conductor. conductor-a device designed to transmit electricity, heat, etc. 1. A grounded metal rod placed high on a structure to prevent damage by conducting lightning to the ground. 2. One that attracts criticism, often in such a way that criticism is diverted from something else. n. | Top 10 unbelievable historical concurrencies. A lightning rod is a device which is used to divert electricity from lightning into the ground, where it can dissipate harmlessly, rather than damaging structures and trees or injuring animals which happen to be walking around above the ground. | lightning rod. noun. Tweet. : a metal rod that is placed on a building and connected with the ground below to protect the building from being damaged by lightning. : someone or something that attracts criticism or gets blamed when things go wrong. Full Definition of LIGHTNING ROD. 1. : a grounded metallic rod set up on a structure (as a building) to protect it from lightning. 2. : one that serves to divert attack from another. 3. See lightning rod defined for English-language learners. |
how many grams of sugar should you have a day | Recommendations vary based on organization. For example, the World Health Organization recommends keeping added sugar intake to 10% of total calories. For the average 2000 calorie-diet that's a maximum of 50 grams. The American Heart Association recommends 6 teaspoons of sugar for women and 9 for men (1 teaspoon of sugar has about 4g of sugar). The primary source of added sugars are soft drinks and other sugar-sweetened beverages. | The recommended sugar intake for adult women is 22 grams of sugar per day, for adult men, it’s 36 grams daily, and for children, it’s 12 grams a day. | The American Heart Association recommends no more than six teaspoons (about 30 grams) of sugar per day for women, or nine teaspoons (45 grams) per day for men. And for men and women ages 19 to 30, the USDA recommends two cups of fruit per day. | Report Abuse. The amount of sugar you eat daily should be equivalent to what's in an orange, grapefruit, banana or apple, 10 to 20 grams. Sugar is sucrose which is 50/50 glucose (safe to consume) and 50% fructose (toxic). How much sugar should we eat? The U. S. Department of Agriculture recommends that a person who consumes a 2,000 calorie diet should not consume more than about 40 grams of refined sugars per day. | Men: no more than 150 calories per day which equals 9 teaspoons or 36 grams. To put these numbers in perspective, the majority of sugar sweetened cereals contain at least 4 teaspoons of sugar per serving. Last year, the AHA recommended no more than 100 calories per day, or about 6 teaspoons of sugar for women and no more than 150 calories per day, or about 9 teaspoons a day for men. They backed their recommendations with a scientific statement in the journal Circulation which stated, ... |
what is methenamine | description methenamine is an anti infective medication that is used to help prevent infections of the urinary tract it is usually prescribed on a long term basis for individuals with a history of repeated or chronic urinary tract infections | medical definition of methenamine a crystalline compound used in the form of its mandelate c6h12n4 c8h8o3 or hippurate c6h12n4 c9h9no3 as a urinary antiseptic especially to treat bacteriuria associated with cystitis and pyelitis called also hexamethylenetetramine hexamine see mandelamine definition of methenamine hexamethylenetetramine especially when used in the form of an organic salt to treat urinary tract infections advertisement | if you experience any of the following serious side effects stop taking methenamine and seek emergency medical attention or contact your doctor immediately an allergic reaction shortness of breath closing of the throat swelling of the lips face or tongue or hives lower back or side pain blood in urine or | methenamine is used to treat or prevent recurring bladder infection in adults and children who are at least 12 years old methenamine is usually given after other medicines have been tried without success methenamine may also be used for purposes not listed in this medication guide | methenamine hippurate is a prescription medication used to treat urinary tract infections methenamine hippurate works by killing the bacteria that cause these infections a generic version of methenamine hippurate is available in addition to the brand name medications hiprex and urex if you take methenamine hippurate tablets take them with a full glass of water and make sure not to break or crush them |
shelf life for ground beef | 1 How long does ground beef last in the fridge once it is cooked? 2 Cooked ground beef will usually stay good for 3 to 4 days in the fridge and 3 months in the freezer. 1 Unopened ground beef may be kept in its original store packaging when refrigerating; to maximize the shelf life of ground beef, do not open the package until ready to use. | This high level of oxygen allows for an extended period of bloom and the CO 2 prevents the growth of spoilage bacteria. Beef packaged in a high oxygen modified atmosphere typically retains a shelf-life of ten to 14 days for ground beef and 12 to 16 days for whole-muscle beef cuts (Cornforth, 2008; Belcher, 2006). The shelf-life of vacuum-packaged fresh beef primals and subprimals is generally reported as approximately 35 to 45 days, with longer shelf-life of 70 to 80 days possible when refrigeration is optimally low (28-32°F). Voges et al. | 1 To further extend the shelf life of ground beef, freeze; when freezing, place ground beef in the freezer before the number of days shown for refrigerator storage has elapsed. 1 Unopened ground beef may be kept in its original store packaging when refrigerating; to maximize the shelf life of ground beef, do not open the package until ready to use. | 1 Bacteria grow rapidly at temperatures between 40 °F and 140 °F; ground beef should be discarded if left for more than 2 hours at room temperature. 2 To further extend the shelf life of ground beef, freeze; when freezing, place ground beef in the freezer before the number of days shown for refrigerator storage has elapsed. 1 Unopened ground beef may be kept in its original store packaging when refrigerating; to maximize the shelf life of ground beef, do not open the package until ready to use. | Fresh ground beef goes through a number of color changes during its shelf life. These color changes are normal, and the ground beef remains perfectly wholesome and safe to eat within 1-2 days of purchase. If ground beef is refrigerated promptly after cooking, it can be safely refrigerated for about 3 or 4 days. If frozen, it should keep its quality for about 4 months. When reheating fully cooked patties or casseroles containing ground beef, be sure the internal temperature reaches 165 F or it is hot and steaming. |
according to stalin what effect did disobeying the pact have on germany | The Soviet Union signed the Molotov-Ribbentrop Pact with Germany in August, 1939. The USSR did not want to give up its own plans to acquire the territory of Poland, so the two … countries essentially divided Poland between them, and agreed to Soviet territorial acquisitions in the Baltic States, Romania, and Finland. It had no impact. Hitler planned to invade Russia to gain their land and oil. It did not affect the German populace. The impact would have been on the Military and the war plants because they were busy building up for the invasion called Operation Barbarossa. | Hitler disliked the photograph taken when the German-Soviet Nonaggression Pact was signed in the Kremlin because it showed Stalin with a cigarette in his hand. Hitler felt the cigarette was unsuited to the historic occasion and had it airbrushed from the photo when it was published in Germany. On August 23, 1939–shortly before World War II (1939-45) broke out in Europe–enemies Nazi Germany and the Soviet Union surprised the world by signing the German-Soviet Nonaggression Pact, in which the two countries agreed to take no military action against each other for the next 10 years. | Hitler’s counter-offer of a subordinate role in a German-led coalition of Germany, Italy, Japan and the Soviet Union was unacceptable to Stalin, who responded by reiterating the need for a new Nazi–Soviet pact. Hitler ignored this proposal and on 18 December 1940 issued the order for Operation Barbarossa. The Nazi–Soviet pact. But Stalin’s reputation soon began to take a battering. When the wartime grand alliance with Britain and the United States gave way to the Cold War in 1947 the Soviet role in the Second World War was criticised by western propagandists. | A German-Soviet non-aggression pact, however, would give Hitler a free hand to invade Poland. England, as Poland's ally, would declare war on Germany, drag a reluctant France into the conflagration, and Italy would rush to Hitler's side. 1. During the 1930s, Stalin, now dictator of the USSR, observed how Germany, revitalized under Adolf Hitler's leadership, worked to revise the post-World War I structure of Europe imposed by the United States, England and France. | The Nazi-Soviet Non Agression Pact. It was signed in August of 1939 to ensure Germany and the Soviet Union wouldn't attack each other. It was supposed to last for 10 years, bu … t Hitler violated it in 1941, invading Russia. 7 people found this useful. It had no impact. Hitler planned to invade Russia to gain their land and oil. It did not affect the German populace. The impact would have been on the Military and the war plants because they were busy building up for the invasion called Operation Barbarossa. |
how old does a child have to be to sit in the front seat in nc | 1 » The child is 5 years or older. » 2 The child weighs 40 pounds or more. 3 If a child needs to ride in the front seat, you should still use a car seat or booster seat where appropriate. 4 However, rear-facing seats can NEVER be used in front of an active airbag. | 1 No. When a child reaches age 8 (regardless of weight) OR reaches 80 pounds (regardless of age), a properly fitted seat belt may be used instead of a child restraint/booster to restrain the child. 2 However, keep in mind that the seatbelt may not fit properly even if the child is 8 years old or weighs 80 pounds. | A: As of 2014, if the car contains a front passenger air bag, a child can ride in the front seat if he is no longer using a rearward-facing car seat. These seats are used until a child is 9 to 15 months old or weighs 22 to 29 pounds. | If the car does not have air bags, then a child can sit in the front at any age, but must us a booster seat until they weigh at least 80lbs. If your car has passenger side air … bags, then it not recommended for them to sit in the front seat until after they turn 13. | A child under age 8 may only be in the front seat, properly restrained in a car seat or booster seat when: 1 The vehicle has no rear seating position appropriate for correctly restraining a child, or. 2 All appropriate rear seating positions are occupied by other children. |
when was carrie underwood born | Underwood was born March 10, 1983 in Muskogee, Oklahoma, the daughter of Carole (Shatswell) and Stephen Underwood. She was raised on her parents' farm in the nearby rural town of Checotah. Her father worked in a sawmill, while her mother taught elementary school. She has two older sisters, Shanna and Stephanie. | There's no doubt Carrie Underwood is feeling blown away — because on Friday, Feb. 27, the country crooner gave birth a baby boy named Isaiah Michael Fisher. This is the first child for the 31-year-old and her hockey player husband, Mike Fisher. | Only a few months after Kelly Clarkson, the first winner of American Idol, gave birth to her first child with Brandon Blackstock (Reba McEntire's stepson), the winner of the fourth season has now followed in the footsteps, as Carrie Underwood's baby with hockey-playing husband Mike Fisher was just born! According to Yahoo! Celebrity, news that Carrie Underwood's baby had been born were announced via her Twitter, saying that the baby boy had come into the world late last week, on February 27. | Early Life. Singer, actress and activist Carrie Marie Underwood was born on March 10, 1983, in Muskogee, Oklahoma. Since winning the famed musical talent show American Idol in 2005, Underwood has emerged as one of the most popular female performers in country music today. She was born and raised on a farm. Carrie Underwood married NHL athlete Mike Fisher on July 10, 2010. In September 2014, the couple announced they were expecting their first child together. Their son, Isaiah Michael Fisher, was born on February 27, 2015. Underwood announced his arrival via Twitter. | Carrie Underwood was born on March 10, 1983 in Checotah, Oklahoma, USA as Carrie Marie Underwood. She has been married to Mike Fisher since July 10, 2010. They have one child. |
what is renewable energy engineering | Essential Information. Renewable energy engineers focus their efforts on developing new means for energy extraction and designing energy-efficient machinery. The sector for green jobs is continually growing, so students getting a degree in this field can expect to see a lot of job opportunities after graduation. | The Renewable Energy degree integrates the study of engineering, technology, science, and business to prepare graduates to design, implement, and manage renewable energy systems and similar technologies. Students learn to evaluate renewable resources, complete site assessments, design systems, and model performance. | The UMass Lowell Renewable Energy Engineering program offers an M.S. or Ph.D in Energy Engineering, as well as a graduate certificate and a minor for undergraduate students. | About the Program. Renewable energy is a burgeoning industry, especially in Oregon, where public and private programs and incentives fuel rapid growth. Oregon Institute of Technology has long been an advocate and user of sustainable energy in the region. | Renewable energy focuses on the production, transmission and storage of sustainable energy sources such as wind, solar power, geothermal, hydropower and biomass. |
what does a associate degree do for you | In the US, associate’s degrees are available at various types of college, including community colleges, junior colleges and technical colleges, affiliated colleges of universities and university institutes. It typically takes two years full-time to complete an associate’s degree. For some students, an associate’s degree provides preparation for a bachelor’s degree, while for others it’s a qualification in its own right, helping to improve employment prospects compared to only having completed a secondary-level education. | Someone who earns an associate degree has usually completed about 60 college credits, the equivalent of two years of coursework. In order to earn one, students must typically complete general education courses, core classes required for the college major, and electives. People who choose to earn a two-year degree do so for various reasons. For example, students who do not wish to pursue a four-year bachelor's degree often prefer the shorter length of an associate program. | You can get an associate degree and start working if you want to. For example you can work in the nursing field, or as a technician in a laboratory, or in a variety of other fields. You can always transfer your units to a four year college if you wish to continue with your education. People who choose to earn a two-year degree do so for various reasons. For example, students who do not wish to pursue a four-year bachelor's degree often prefer the shorter length of an associate program. | An associate degree is an undergraduate academic degree awarded by community colleges, junior colleges, technical colleges, bachelor's degree –granting colleges, and universities upon completion of a course of study usually lasting two years. Time requirements [edit]. An associate degree is awarded to students who complete 90 quarter credit hours or 60 semester credit hours of schooling. Typically, on a full-time schedule, this requires two years to complete. | An associate of bachelor administration degree is a low-level undergraduate degree awarded to students who have completed a post-secondary program with a focus on business administration. Business administration is the study of managing business operations and processes. Most associate degree programs in business administration take two years to complete. However, there are some schools that offer 18-month programs. Students who are also interested in a bachelor's degree can find three-year programs that combine associate's level and bachelor's level courses. |
how much does a therapist make in canada | An average starting yearly salary for a marriage and family therapist based in Canada ranges from between C$41,058 – C$60,115 per year. The median yearly salary can gradually increase to around C$ 54,634 per year. In addition, a bonus of about C$ 5,500 will be credited to his or her account. | In general, a massage therapist in the US receives his or her total earnings ranging from between $20,207 – $104,389 per annum. The starting salary for a massage therapist to about $17,270 per annum, while an average massage therapist receives an annual salary of about $39,789 per year. In addition, a well-established massage therapist receives a much higher salary of about $68,670 | Marriage and family therapist salary in USA. Marriage and family therapist receives an average hourly wage ranging from between $14.79 – $82.45 which can increase to $18.19 – $102.71 per hour overtime. An average yearly salary for a marriage and family therapist ranges from between $30,714 – $64,709 per annum. | Per hour : $30 to $80. Average Annual Salary : $86,000. Depending on a certain therapist performance and accredited completion of training a therapist can earn between $30 to $80 per hour. Since it is a very demanding work, usually therapist limits their work into 20 hours per week. | An average yearly salary range for a marriage and family therapist in the US is about $39,710 per year while an average hourly wage can be around $19.09 per hour. |
blood disorder thalassemia minor | Persons with thalassemia minor have (at most) mild anemia (slight lowering of the hemoglobin level in the blood). This situation can very closely resemble that with mild iron-deficiency anemia. However, persons with thalassemia minor have a normal blood iron level (unless they are iron deficient for other reasons). No treatment is necessary for thalassemia minor. In particular, iron is neither necessary nor advised. | Definition. Thalassemia (thal-uh-SEE-me-uh) is an inherited blood disorder characterized by less hemoglobin and fewer red blood cells in your body than normal. Several types of thalassemia exist, including alpha-thalassemia, beta-thalassemia intermedia, Cooley's anemia and Mediterranean anemia. | 1 Thalassemias are inherited blood disorders. 2 Thalassemia patients make defective hemoglobin. 3 There are two forms of beta thalassemia: thalassemia minor and thalassemia major (also called Cooley's anemia). 4 Beta thalassemia is classically described in people of Italian and Greek origin. However, persons with thalassemia minor have a normal blood iron level (unless they are iron deficient for other reasons). No treatment is necessary for thalassemia minor. In particular, iron is neither necessary nor advised. | Thalassemia. Thalassemia is a genetic blood disorder that affects the production of hemoglobin. Normal adult hemoglobin is made up of 4 protein chains. There are 2 alpha chains and 2 beta chains. There are various degrees of severity of thalassemia that corresponds to the genetic coding for these alpha and beta chains. Thalassemia is a genetic blood disorder that affects the production of hemoglobin. Normal adult hemoglobin is made up of 4 protein chains. There are 2 alpha chains and 2 beta chains | Thalassemia is an inherited disorder that affects the production of normal hemoglobin (a type of iron-rich protein in red blood cells that carries oxygen to the tissues of the body). Thalassemia includes a number of different forms of anemia, which are classified as either alpha thalassemias or beta thalasemias. |
procurement process definition | Procurement Definition – A Changing Environment. The procurement definition is the purchase of goods and services at the best possible prices, delivery dates and legal terms. Or procurement is a more up market name for purchasing | Establishing a procurement process will not only involve planning the initial process framework but will also involve finessing the process with experience. The procurement process must allow for the input of procurement stakeholders for critical decision making activities. In planning the procurement process, agreement from stakeholders is essential. The process should contain a framework that allows for targets to be set at the beginning of the procurement process. | The employee used his company's procurement process to find a new vendor to purchase paper from at a lower cost than the previous supplier. (10) inventory control and stores, and. (11) disposals and other related functions. The process of procurement is often part of a company's strategy because the ability to purchase certain materials will determine if operations will continue. A business will not be able to survive if it's price of procurement is more than the profit it makes on selling the actual product | Purchasing is the formal process of buying goods and services. The purchasing process can vary from one organization to another, but there are some common key elements. The process usually starts with a demand or requirements – this could be for a physical part (inventory) or a service. | It is important to define procurement process for a number of reasons. These include: 1 Consistency in procurement activity. 2 A predetermined framework that can be agreed upon by procurement stakeholders. 3 Clarity in targets for assessing or evaluating submissions from potential suppliers. |
what does sintered mean | Sintering is the process of compacting and forming a solid mass of material by heat and/or pressure without melting it to the point of liquefaction. Sintering happens naturally in mineral deposits or as a manufacturing process used with metals, ceramics, plastics, and other materials. Sintering is part of the firing process used in the manufacture of pottery and other ceramic objects. These objects are made from substances such as glass, alumina, zirconia, silica, magnesia, lime, beryllium oxide, and ferric oxide. | Because the sintering temperature does not have to reach the melting point of the material, sintering is often chosen as the shaping process for materials with extremely high melting points such as tungsten and molybdenum. Sintering is part of the firing process used in the manufacture of pottery and other ceramic objects. These objects are made from substances such as glass, alumina, zirconia, silica, magnesia, lime, beryllium oxide, and ferric oxide. | Examples of pressure-driven sintering are the compacting of snowfall to a glacier, or the forming of a hard snowball by pressing loose snow together. The word sinter comes from the Middle High German sinter, a cognate of English cinder . Sintering is part of the firing process used in the manufacture of pottery and other ceramic objects. These objects are made from substances such as glass, alumina, zirconia, silica, magnesia, lime, beryllium oxide, and ferric oxide. | What is sintering. T his is the fusing together under heat and pressure of metallic particles and in the case of brakes it blends various other elements to enhance friction properties and wear life. | This is a discussion on EBC HH Sintered Metal Pads within the Mean Streak Maintenance forums, part of the Kawasaki Mean Streak category; Anyone looking to increase the already impressive braking power on their Streaks need not look any further! I installed a set of these on my ... Page 1 of 2 1 2 Last. 1 Jump to page: Sintered pads made of all metal are pretty harsh on the $250 rotors don't ya think. 2006 Mean Streak http://www.meancycles.com/owners2/ho...0&OwnerID=1837 List of Mods Vance & Hines Bigshots Exhaust, Thunder Mfg. |
what does petrified mean | pet·ri·fy. tr.v. pet·ri·fied, pet·ri·fy·ing, pet·ri·fies. 1. To convert (wood or other organic matter) into a stony replica by petrifaction. 2. To cause to lose vitality or become impervious to change; deaden: a routine that petrified her thinking. 3. To stun or paralyze with terror; daze. | Petrified wood. Petrified wood is the name given to a special type of fossilized remains of terrestrial vegetation. It is the result of a tree or tree-like plants having completely transitioned to stone by the process of permineralization. | Petrified wood. Petrified wood is the name given to a special type of fossilized remains of terrestrial vegetation. It is the result of a tree or tree-like plants having completely transitioned to stone by the process of permineralization. | Full Definition of PETRIFY. transitive verb. 1. : to convert (organic matter) into stone or a substance of stony hardness by the infiltration of water and the deposition of dissolved mineral matter. 2. : to make rigid or inert like stone: intransitive verb. : to become stone or of stony hardness or rigidity. | petrified wood is wood that has had all the bacteria killed out of it by mud, sand, volcanic ash or other matter. The matter then turns the wood into stone. Later the stone tu … rns into probably quarts or opal. Usally because its fossilized it keeps its same pattern and the quarts can turn it into different colors. 1. To convert (wood or other organic matter) into a stony replica by petrifaction. 2. To cause to become stiff or stonelike; deaden. 3. To stun or paralyze with terror; daze. |
who does martin truex drive for now | Furniture Row Racing announced Friday at Texas Motor Speedway that Martin Truex Jr. will be the team's driver in the NASCAR Sprint Cup Series next season, filling the vacancy left by former series champion Kurt Busch. | Martin Truex Jr.'s girlfriend has ovarian cancer. Martin Truex Jr. will miss Friday's practice and qualfiying sessions at Michigan International Speedway to be with girlfriend Sherry Pollex, who will undergo surgery for ovarian cancer. In a team release, Furniture Row Racing said: Sherry and Martin would like to thank the #NASCAR community for all the well wishes.. | In his initial season with Furniture Row Racing, Martin Truex Jr. was always going to be challenged to duplicate the success of his predecessor, Kurt Busch, who in 2013 became the first driver with a single-car team to qualify for the Chase for the Sprint Cup. | This left Truex with inferior equipment and his performance on the track has reflected it. Truex never won a race with DEI after Junior left the team. Then 2010 brought a change for Martin Truex Jr. He joined Michael Waltrip Racing for the start of the 2010 NASCAR Sprint Cup season to drive the NAPA Toyota. | After four years with Michael Waltrip Racing, Martin Truex Jr. moved to Furniture Row Racing for the 2014 season. Jasen Vinlove, USA TODAY Sports. Fullscreen. Martin Truex Jr. and his girlfriend Sherry Pollex stand during the national anthem before the Sprint Cup Series race at Martinsville Speedway on Oct. 26, 2014. |
military family life consultant salary | Average Military Family Life Consultant Salaries. The average salary for military family life consultant jobs is $40,000. Average military family life consultant salaries can vary greatly due to company, location, industry, experience and benefits. | Send this to a friend. Like this. The goal of a Military Family Life Consultant (MFLC) is to prevent Family distress by providing education and information on Family dynamics, parenting strategies, available support services, the effects of stress, and positive coping mechanisms. | MHN Government Services, Inc. (MHNGS) pilot solution to DoD’s challenge became what is perhaps the most important support program offered to Service Members and their families today: the Military & Family Life Counseling (MFLC) Program. In 2004, as tasked by DoD, MHNGS sent the first team of 20 consultants to Germany. | The military family life consultant salary comparisons feature allows job seekers to get the information required to make important career decisions and negotiate salary ranges. For additional military family life consultant salary information, we recommend visiting Payscale.com. | Work Life Consultants work in a telephonic service center and provide customer service to active military members and their families, in order to assist in... 26 days ago-email. Get email updates for the latest Military Family Life Consultant jobs. My email: You can cancel email alerts at any time. |
what is salga | Councillor Development Programme. SALGA is inviting councillors to enrolment for a Councillor Development Programme (CDP). The CDP is an LGSETA accredited programme aimed at developing municipal councillors to a higher level of competence in municipal governance and effective oversight over service delivery. Former Chairperson of the Independent Electoral Commission IEC Dr Brigalia Bam has encouraged women to continue to fight for their space and recognition in the local provincial and national space Dr Bam who is also the African Uni... | SALGA is also considering a small town regeneration programme to “unlock rural economies” but also because government largely focused on developing big urban areas. Pillay also said that SALGA wanted to convene a local government job creation summit. Municipalities pay a membership fee to be part of SALGA. Some of their flagship projects for 2014/15 include phased implementation of the SALGA Centre for Leadership and Governance in an “effort to professionalise the sector”. | Note: We have 2 other definitions for SALGA in our Acronym Attic. 1 Abbreviation Database Surfer. « 2 Previous. 3 Next 4 ». SALDVI. 5 SALE. 6 SALEC. 7 SALEF. 8 SALEGOS. 9 SALEMDUG. 10 SALEP. 11 SALETS. 12 SALF. 13 SALG. 14 SALGBA. 15 SALGBC. 16 SALGP. 17 SALGSOA. 18 SALGU. 19 SALH. 20 SALHA. 21 SALHP. 22 SALI. 23 SALIC. The World's most comprehensive professionally edited abbreviations and acronyms database. All trademarks/service marks referenced on this site are properties of their respective owners. The Acronym Finder is ©1988-2015, Acronym Finder, All Rights Reserved. | The SALGBC is comprised of 3 parties, SALGA, SAMWU and IMATU. SALGA is the only recognized employer organization, representing 278 Municipalities in the local government sector. The trade union parties are SAMWU and IMATU, which represent employees in the 278 individual municipalities. The employer body and the trade unions are responsible for negotiating conditions of service and matters of mutual interest, which culminate in collective agreements that become binding on the members of SALGA, on the one hand, and members of SAMWU and IMATU, on the other. | Manyoni added that SALGA recently received a clean audit. Councillor Subesh Pillay told the committee that SALGA was established in 1996 and after being gazetted in January 1998 was officially recognised as the body representing local government. While SALGA is officially recognised, “SALGA is not a statutory body,” Pillay said. Municipalities pay a membership fee to be part of SALGA. Some of their flagship projects for 2014/15 include phased implementation of the SALGA Centre for Leadership and Governance in an “effort to professionalise the sector”. |
what does SOI stand for | SOI stands for Single Opt-In, which means that the users only needs to enter his e-mail and that's it-no verification required. Obviously, assuming two offers are identical, the SOI version will always convert better. Quote: DOI stands for Double Opt-In, which means that the user needs to verify his e-mail after he signs up. | The World's most comprehensive professionally edited abbreviations and acronyms database. All trademarks/service marks referenced on this site are properties of their respective owners. The Acronym Finder is ©1988-2015, Acronym Finder, All Rights Reserved. | Acronym Attic: Searching over 3 million acronyms, abbreviations, and initialisms. All trademarks/service marks referenced on this site are properties of their respective owners. Acronym Attic is ©2005-2008, Acronym Finder, All Rights Reserved. | Soi Dog Foundation's Mission Statement. To improve the welfare of dogs and cats in Thailand, resulting in better lives for both the animal and human communities, to end animal cruelty, and to ultimately create a society without homeless animals. The first photo you see is of Tai Chi when he was first brought to the shelter. The second photo was taken a month later with his new, loving owner Ina. Soi Dog Foundation is a not-for-profit, legally registered charitable organization in Thailand, the United States, Australia, the UK, France and Holland. | Safety in the workplace is everyone's business. SOI uses A rated carriers and on-site safety managers to create a tailored, comprehensive loss-prevention strategy to minimize risks in your business. There's strength in numbers. By pooling together tens of thousands of employees, SOI is able to provide better benefits at more affordable rates on a wide variety of plans. Access to better benefits improves employee morale and helps reduce the expense and disruption of employee turnover. |
what is commercial awareness | Commercial awareness is the ability to understand what makes a business or organisation successful, through either buying or selling products or supplying services to a market. This simple definition, however, masks a wide range of skills and understanding. With the huge changes that have happened in the public sector around the world over the last five years, it can sometimes seem that citing the need for commercial awareness in job advertisements is a way of saying ‘You must have worked in a commercial organisation, and not just in the public sector’. | Key Employability Skill: Commercial Awareness. Employability is defined, in line with the University Employability Policy and Strategy, as “ the capability to secure and maintain satisfactory work ”, and is all about what skills you have and how you can demonstrate to employers that you have these skills. Being able to show that you that you have an understanding of the market place in which a business or service operates and an understanding of what makes a business successful is a key requirement in most occupations and is very important when applying for a graduate job. | It’s the buzz phrase of the day, but what is commercial awareness and how can you demonstrate you’ve got it to those potential employers? | It is hard to give an exact definition of commercial awareness. It certainly doesn't mean that you need to have studied business, finance or economics and is much broader than that. Some of the skills you have if you are commercially aware are. 1 problem solving. 2 analytical. 3 innovation. 4 creativity. | Commercial awareness comes up time and time again as a weakness that employers perceive graduates to have, so if you’re looking to stand out from the crowd as a graduate candidate, commercial awareness is a key competency you need to be working on. |
what is commercial awareness | Commercial awareness means understanding the market, identifying opportunities and working with limited resources to create a profit (Wilkinson and Aspinall, 2007).. Commercial awareness is generally defined as an understanding of the wider environment in which an organisation operates. This concept reviews the main advantages of employing commercially aware personnel and suggests how organisations can facilitate the increase in their staff’s commercial awareness | In other words, commercial awareness is an understanding of what your company needs to do to be profitable, be successful, and serve its customers well. With it, you know your organization's core values, biggest competitors, key stakeholders, and current business challenges. Commercial awareness is the understanding of how your business – and your industry – operate and make money. When you demonstrate commercial awareness, you're focused on making money for your business and helping it achieve its aims. | It is hard to give an exact definition of commercial awareness. It certainly doesn't mean that you need to have studied business, finance or economics and is much broader than that. Some of the skills you have if you are commercially aware are. 1 problem solving. 2 analytical. 3 innovation. 4 creativity. | It’s the buzz phrase of the day, but what is commercial awareness and how can you demonstrate you’ve got it to those potential employers? | Key Employability Skill: Commercial Awareness. Employability is defined, in line with the University Employability Policy and Strategy, as “ the capability to secure and maintain satisfactory work ”, and is all about what skills you have and how you can demonstrate to employers that you have these skills. Being able to show that you that you have an understanding of the market place in which a business or service operates and an understanding of what makes a business successful is a key requirement in most occupations and is very important when applying for a graduate job. |
explain what is meant by gene mutation and predict in general terms their effects on gene expression | A gene mutation is defined as an alteration in the sequence of nucleotides in DNA. This change can affect a single nucleotide pair or larger gene segments of a chromosome. DNA consists of a polymer of nucleotides joined together. During protein synthesis, DNA is transcribed into RNA and then translated to produce proteins. Altering nucleotide sequences most often results in nonfunctioning proteins. Mutations cause changes in the genetic code that lead to genetic variation and the potential to develop disease. | 1 Silent Mutation: Although a change in the DNA sequence occurs, this type of mutation does not change the protein that is to be produced. 2 This is because multiple genetic codons can encode for the same amino acid. 3 Amino acids are coded for by three nucleotide sets called codons. During protein synthesis, DNA is transcribed into RNA and then translated to produce proteins. Altering nucleotide sequences most often results in nonfunctioning proteins. Mutations cause changes in the genetic code that lead to genetic variation and the potential to develop disease. | These genetic changes are not present in a parent’s egg or sperm cells, or in the fertilized egg, but happen a bit later when the embryo includes several cells. As all the cells divide during growth and development, cells that arise from the cell with the altered gene will have the mutation, while other cells will not. In some cases, the mutation occurs in a person’s egg or sperm cell but is not present in any of the person’s other cells. In other cases, the mutation occurs in the fertilized egg shortly after the egg and sperm cells unite. | For example, some mutations alter a gene’s DNA sequence but do not change the function of the protein made by the gene. Often, gene mutations that could cause a genetic disorder are repaired by certain enzymes before the gene is expressed and an altered protein is produced. Each cell has a number of pathways through which enzymes recognize and repair mistakes in DNA. Frameshift mutation (illustration). This type of mutation occurs when the addition or loss of DNA bases changes a gene’s reading frame. A reading frame consists of groups of 3 bases that each code for one amino acid. A frameshift mutation shifts the grouping of these bases and changes the code for amino acids. | These changes can be caused by environmental factors such as ultraviolet radiation from the sun, or can occur if a mistake is made as DNA copies itself during cell division. Acquired mutations in somatic cells (cells other than sperm and egg cells) cannot be passed on to the next generation. In some cases, the mutation occurs in a person’s egg or sperm cell but is not present in any of the person’s other cells. In other cases, the mutation occurs in the fertilized egg shortly after the egg and sperm cells unite. |
explain what is meant by gene mutation and predict in general terms their effects on gene expression | Gene expression is the process by which information from a gene is used in the synthesis of a functional gene product. These products are often proteins, but in non-protein coding genes such as ribosomal RNA (rRNA) genes or transfer RNA (tRNA) genes, the product is a functional RNA. Generation of RNA from DNA is known as transcription. In other word transcription is the process of creating a complementary RNA copy of a sequence of DNA. During transcription, a DNA sequence is read by RNA polymerase, which produces a complementary, antiparallel RNA strand. | A gene mutation is a permanent alteration in the DNA sequence that makes up a gene, such that the sequence differs from what is found in most people. Mutations range in size; they can affect anywhere from a single DNA building block (base pair) to a large segment of a chromosome that includes multiple genes. Frameshift mutation (illustration). This type of mutation occurs when the addition or loss of DNA bases changes a gene’s reading frame. A reading frame consists of groups of 3 bases that each code for one amino acid. A frameshift mutation shifts the grouping of these bases and changes the code for amino acids. | Mutation can result in several different types of change in sequences. Mutations in genes can either have no effect, alter the product of a gene, or prevent the gene from functioning properly or completely. Mutations result from damage to DNA which is not repaired, errors in the process of replication, or from the insertion or deletion of segments of DNA by mobile genetic elements. Mutations may or may not produce discernible changes in the observable characteristics (phenotype) of an organism. | A gene mutation is a permanent alteration in the DNA sequence that makes up a gene, such that the sequence differs from what is found in most people. Mutations range in size; they can affect anywhere from a single DNA building block (base pair) to a large segment of a chromosome that includes multiple genes. In some cases, the mutation occurs in a person’s egg or sperm cell but is not present in any of the person’s other cells. In other cases, the mutation occurs in the fertilized egg shortly after the egg and sperm cells unite. | These changes can be caused by environmental factors such as ultraviolet radiation from the sun, or can occur if a mistake is made as DNA copies itself during cell division. Acquired mutations in somatic cells (cells other than sperm and egg cells) cannot be passed on to the next generation. In some cases, the mutation occurs in a person’s egg or sperm cell but is not present in any of the person’s other cells. In other cases, the mutation occurs in the fertilized egg shortly after the egg and sperm cells unite. |
is shetland filmed in shetland islands | FILMING IN SHETLAND. Shetland Islands Council works in conjunction with the regional film offices as part of the Scottish Locations Network. The Council can provide a fast, free, confidential and informative service to help realise a project, whether it’s a feature film, advertisment, music video or a stills shoot. The Council can offer: | If you are interested in filming in Shetland or are aware of crews filming in Shetland, please contact Neil Henderson, the Film Liaison officer at Shetland Islands Council, who will be happy to help with any enquiries-tel: +44 (0)1595 744 960. Neil Henderson. Shetland Islands Council works in conjunction with the regional film offices as part of the Scottish Locations Network. The Council can provide a fast, free, confidential and informative service to help realise a project, whether it’s a feature film, advertisment, music video or a stills shoot. The Council can offer: | Shetland is a really distinctive crime series that has proved hugely popular with audiences both here in Scotland and across the rest of the UK. Christopher Aird, BBC Head of Drama Production Scotland. The BBC has announced that a new series of popular crime drama Shetland will film in 2015. Set and shot on the remote archipelago of Shetland off the north-east coast of the Scottish mainland, the drama series is adapted from crime novels written by Ann Cleeves. | Steven Robertson, Actor. In March 2014 the BBC is screening a new series of drama Shetland, named for the remote archipelago north of the Scottish mainland where it’s filmed and set. Douglas Henshall stars as a detective working in the small island communities. Shetland is also occasionally used for commercial productions and last year hosted a shoot for mobile network Three that starred a dancing Shetland pony. The spot was a viral hit, racking up more than eight million hits on YouTube. To find out more about Shetland as a filming location click here. | Shetland is a BBC Scotland crime drama television series starring Douglas Henshall as Detective Inspector Jimmy Perez. The story takes place on the Scottish archipelago of Shetland, though much of the filming was done on the Scottish mainland, with some on location in Shetland. |
average cost of an oil change | 1 An oil change typically costs $20-$55, depending on whether the work is performed at an independent shop, an oil-change retail chain or a dealership, and the number of quarts of oil used in the vehicle. 2 Independent shops and retail chains tend to be less expensive than dealerships. 1 Oil changes involve more parts than just the oil itself. 2 Included in the cost of any oil change is the cost of labor, the oil, shop supplies, an oil filter and any associated gasket, O-rings or seals, plus the cost of disposing of the used oil. 3 Labor is not charged in the same way that is for other repair jobs. | Oil Change Pricing. The average cost of a basic oil change will usually come in at between $25 and $50, assuming conventional grade oil is used. The higher the grade of oil used, the more you can expect to pay, with semi and full synthetic oils topping the price list. For example, opting for a fully synthetic oil means paying somewhere between $60 and %70 for an oil change. | 1 Indy Honda in Indianapolis charges $35-$54 for an oil change with a multi-point inspection, depending on the year and model of the vehicle, but in February 2013 it offered an online coupon price of $30-$45. 1 Oil changes involve more parts than just the oil itself. 2 Included in the cost of any oil change is the cost of labor, the oil, shop supplies, an oil filter and any associated gasket, O-rings or seals, plus the cost of disposing of the used oil. 3 Labor is not charged in the same way that is for other repair jobs. | 1 A do-it-yourself oil change typically costs about $10-$20, depending on how many quarts of oil are needed. 2 Engine oil typically costs about $5 -$10 per quart and is available at several national chains, including Autozone and Walmart. 1 Oil changes involve more parts than just the oil itself. 2 Included in the cost of any oil change is the cost of labor, the oil, shop supplies, an oil filter and any associated gasket, O-rings or seals, plus the cost of disposing of the used oil. 3 Labor is not charged in the same way that is for other repair jobs. | 1 Another company such as BrakesPlus.com, located in Colorado, charges $26.99 for a standard oil change. 2 A dealership could charge anywhere from $30 to $60 for a basic oil change. 3 Because most people get the basic oil change, which includes regular not synthetic oil, the average cost of an oil change is about $30. 1 This price can also depend on the services each garage includes in the price of an oil change. 2 For example, Uncle Ed’s Oil Shoppe offers a basic oil change for $40, a high-mileage oil change for $58, and a diesel oil change for $70. 3 This is one of the more expensive oil shops around. |
what are the major neurotransmitter pathways affected by alcohol | The Serotonin Pathways. Serotonin is another neurotransmitter affected by many drugs of abuse, including cocaine, amphetamines, LSD, and alcohol. Serotonin is made by neurons in the Raphe nuclei. These neurons reach and dump serotonin onto almost the entire brain, as well as the spinal cord. | Alcohol also binds directly to the receptors for acetylcholine, serotonin, GABA, and the NMDA receptors for glutamate. Click on the labels in the diagram to the right to see an animation about how alcohol affects a GABA synapse. | The behavioral effects of alcohol are produced through its actions on the central nervous system (CNS) and, in particular, the brain. Synaptic transmission—the process by which neurons in the CNS communicate with one another—is a particular target for alcohol actions that alter behavior. Many small organic molecules serve as neurotransmitters in the brain. For example, amino acids such as glutamate and glycine, which are well known as constituents of proteins, also act as neurotransmitters (Kandel et al. | dopamine directly. Rather, it appears that alcohol directly affects the GABA system and the endorphin system. Neurons from the GABA system extend into the reward pathway and when alcohol affects the GABA system these neurons release dopamine into the reward pathway. All things which give us pleasure, from a symphony to food to sex to drugs and alcohol, cause a release of dopamine in the reward pathway as well as triggering a number of other events in the brain including endorphin release and activation of the orbitofrontal region of the prefrontal cortex. | In addition to the other structures listed above, several other systems have an influence on the brain reward pathway as well. The endocrine and the autonomic nervous systems interact via the hypothalamus, an integral part of the limbic system, and the pituitary (1). These structures modulate the reward pathway. Like other drugs of abuse, stimulants increase dopamine concentrations in the brain reward pathway (1,2,3,4,7). Stimulants such as cocaine, amphetamines, caffeine and nicotine all stimulate the brain reward pathway through slightly different mechanisms and increase dopamine to different extents. |
what are the major neurotransmitter pathways affected by alcohol | The Dopamine Pathways. Dopamine is the neurotransmitter used by the reward pathway (also called the mesolimbic pathway, which is closely linked with the mesocortical pathway). But there are two other important pathways in the brain that use dopamine: the nigrostriatal pathway and the tuberoinfundibular pathway. Generally, drugs that affect dopamine levels affect all three of these pathways. Serotonin is another neurotransmitter affected by many drugs of abuse, including cocaine, amphetamines, LSD, and alcohol. Serotonin is made by neurons in the Raphe nuclei. These neurons reach and dump serotonin onto almost the entire brain, as well as the spinal cord. | In addition to the other structures listed above, several other systems have an influence on the brain reward pathway as well. The endocrine and the autonomic nervous systems interact via the hypothalamus, an integral part of the limbic system, and the pituitary (1). These structures modulate the reward pathway. Like other drugs of abuse, stimulants increase dopamine concentrations in the brain reward pathway (1,2,3,4,7). Stimulants such as cocaine, amphetamines, caffeine and nicotine all stimulate the brain reward pathway through slightly different mechanisms and increase dopamine to different extents. | The primary neurotransmitter of the reward pathway is dopamine (1,2,3,4). Although drugs of abuse often act through separate mechanisms and on various locations in the brain reward system, they share a final common action in that they increase dopamine levels in the brain reward system. Like other drugs of abuse, stimulants increase dopamine concentrations in the brain reward pathway (1,2,3,4,7). Stimulants such as cocaine, amphetamines, caffeine and nicotine all stimulate the brain reward pathway through slightly different mechanisms and increase dopamine to different extents. | The behavioral effects of alcohol are produced through its actions on the central nervous system (CNS) and, in particular, the brain. Synaptic transmission—the process by which neurons in the CNS communicate with one another—is a particular target for alcohol actions that alter behavior. Many small organic molecules serve as neurotransmitters in the brain. For example, amino acids such as glutamate and glycine, which are well known as constituents of proteins, also act as neurotransmitters (Kandel et al. | dopamine directly. Rather, it appears that alcohol directly affects the GABA system and the endorphin system. Neurons from the GABA system extend into the reward pathway and when alcohol affects the GABA system these neurons release dopamine into the reward pathway. All things which give us pleasure, from a symphony to food to sex to drugs and alcohol, cause a release of dopamine in the reward pathway as well as triggering a number of other events in the brain including endorphin release and activation of the orbitofrontal region of the prefrontal cortex. |
how long does it take your body to go into ketosis | It only takes 1-3 days to get into ketosis. But getting in ketosis is easy, becoming keto-adapted is the tricky part. It usually takes a month to get to the first stage of becoming keto-adapted, and it takes up to 2 years to fully train your body to use ketones fully. Add Comment 8 Comments. | Wal Mart pharmacy behind the counter of by the diabetic stuff. $7.00 for 50 of them. Work pretty good. Also I heard in light of the holiday that if you cheat, exceed the ketosis threshold of carbs, it can take up to 3 days for your body to go back to burning phat. | Getting Into Ketosis. Your body's preferred source of fuel is glucose, which is derived from carbohydrates. When fasting, your body undergoes hormonal changes that stimulate the release of fat from your fat cells, where it is transported to the liver and made into ketones, which are then used for energy. | The amount of carbohydrate grams a person can eat and still get into ketosis varies, based on your physical activity level. For myself, I need to have somewhere between 0 and 30 grams of carbohydrates a day to maintain ketosis. Anything below 100 grams would, theoretically, get you into ketosis eventually. | Best Answer: Full ketosis takes anywhere from 5 to 10 days. It's completely dependent on your bodies metabolic type (not rate), and blood sugar / insulin levels. I do NOT recommend ketosis unless under a doctors care. The side-effects aren't so pleasant. |
how to calculate fair value of stock price | Adjust the stock price down to the average P/E ratio for the industry. If the average P/E ratio is 3, and the P/E ratio on my stock is 5 (current price $10 / earnings per share $2), then I can use the P/E equation to find what the stock price would need to be in order to have a P/E ratio of 3. The equation is: New P/E ratio x Earnings per share. The answer is 3 x $2 or $6. | DEFINITION of 'Fair Value'. 1. The estimated value of all assets and liabilities of an acquired company used to consolidate the financial statements of both companies. 2. In the futures market, fair value is the equilibrium price for a futures contract. | For instance, if you want to find the fair value for a bank, you must compare the P/E ratio to other P/E ratios in the banking industry. Interpret the meaning of the P/E ratio. A high P/E ratio means the company is overvalued and a low P/E ratio means the company is undervalued. | If the stock was trading at $40, above the $30 fair value of the future income stream, you are looking at an expensive stock. At Morningstar, our analysts estimate a company's fair value by determining how much we would pay today for all the streams of excess cash generated by the company in the future. | Let's say a stock trades at $20 per share. If you crunch the numbers--projected sales growth, future profit margins, and so on--you might estimate the stock's fair price per share to be $30. You pay $20 for the stock, and in return you receive a stream of income valued at $30. That's a great deal. |
what is the average life expectancy of a refrigerator | 1 Refrigerator, 13-19 years: The top end of this life expectancy range belongs exclusively to increasingly rare single-door refrigerator units. 2 More common freezer-top and side-by-side models can last 17 and 14 years, respectively. 1 Small repairs to things like failed door gaskets or malfunctioning ice makers are expected, but a broken compressor usually signals the end for a fridge. 2 Washer, 10-14 years, and Dryer, 10-13 years: The life of a laundry machine is completely dependent on how often it’s run. | Just knowing that the microwave is going to die after only 10 years, or that you need to budget for a replacement for your gas range after about 20, helps plan for the inevitable expense. And if you are buying used appliances, it´s a good indicator of how long you can expect a five-year-old top-loading washer to last. Most appliances and small electrical products have fairly predictable life expectancies. Depending on the original cost, manufacturing quality, and how heavily it´s used, an appliance may last a longer or shorter period than shown in the following table. | 1 Washer, 10-14 years, and Dryer, 10-13 years: The life of a laundry machine is completely dependent on how often it’s run. 2 A family average of eight loads a week will yield an average of a (low) double-digit life. 3 And type doesn’t have a huge effect –front-loaders and top-loaders both have their own problems. 1 Small repairs to things like failed door gaskets or malfunctioning ice makers are expected, but a broken compressor usually signals the end for a fridge. 2 Washer, 10-14 years, and Dryer, 10-13 years: The life of a laundry machine is completely dependent on how often it’s run. | Average length of ownership of currently owned refrigerators is 8.5 years and average useful lifetime of refrigerators is 14 years (NFO 1996; AHAM 2001). It appears rare for households to own a full-size refrigerator for the full duration of the product’s physical lifetime of over 20 years. According to a report in 2001 by the Association of Home Appliance Manufacturers (AHAM), the average length of ownership of currently owned full-size refrigerators is 8.8 years for new units and 8.2 years for used units. | Average Life Expectancy. Refrigerators with freezers have average lifespans of 14 to 17 years, according to the National Association of Realtors. But freezers can last an average 16 years. |
average price for pella windows | How Much Do Pella Windows Cost. Pella window prices vary based upon the material type, style, level of energy efficiency and finish options. For example, wood windows are going to cost more than vinyl windows. On average, plan on spending about $600 to $1,000 for each Pella window, including the cost of installation. Individual windows begin at around $300 each and run upwards of $2,500. The price of Andersen windows also varies based on the type, style, level of energy efficiency and finish options. On average, plan on spending about $300 to $1,000 for each Andersen window, including the cost of installation. Individual windows begin at nearly $300 each and run upwards of $2,0 | Pella Windows Prices. Pella windows prices start at $350 and top out at $1050. They have a wide price range because Pella offers so many models and series. Their vinyl windows tend to get poor reviews, especially the lines sold through the large home improvement chains. A lot of contractors like their fiberglass and wood frames, though. | 1 A Pella wood, dual-pane 30-32” x 54-58” window costs roughly $200-$300. 2 A Pella 29” x 59” casement twin vinyl window costs approximately $250-$350. 3 A Pella 36” x 60” dual pane single-hung vinyl window might cost $300-$400. 4 Pella bay and bow windows cost around $500-$1,500+ per window. 1 A Pella 24” x 24” vinyl dual-pane window costs around $85-$115. 2 A Pella ThermaStar vinyl window measuring roughly 32” x 54” might cost $150-$200. 3 A Pella ThermaStar vinyl window measuring approximately 53-72” x 48” costs around $200-$300. 4 | The price can vary based on the type and size of window, the difficulty of the job, and other factors. In general, however, for Pella window installation you can expect to pay around $100 to $400 per window for typical replacement windows and $1,000 to $1,500 per window for a bay or bow window. © 2015 CostOwl.com. 1 A Pella 24” x 24” vinyl dual-pane window costs around $85-$115. 2 A Pella ThermaStar vinyl window measuring roughly 32” x 54” might cost $150-$200. 3 A Pella ThermaStar vinyl window measuring approximately 53-72” x 48” costs around $200-$300. 4 A Pella wood, dual-pane 30-32” x 54-58” window costs roughly | Pella Windows Prices & Costs. Pella windows prices depend on the material and upgrades you choose, but are at the top of the window price spectrum. Homeowners can expect to pay around $300 for a Thermastar vinyl window fully installed while you will pay anywhere around $1,050 for the Designer Series wood clad window. Pella receives very mixed reviews for their vinyl windows and lower end wood windows. |
how to pay hourly employees a salary | Example: A salaried employee is paid $20,000 a year. This salary is divided by the number of pay periods in the year to determine the salary for each pay period. If salaried employees are paid monthly, this employee would receive $1666.67 a month. Example: An hourly employee is paid $9.62 an hour. To find this employee's pay amount, the hourly rate is multiplied by the number of hours worked in a pay period. For calculation purposes, a salaried employee is determined to work 2080 hours a year (52 weeks times 40 hours a week). The terms salaried and hourly refer to how employees get paid. A salaried employee is paid based on an annual amount, called a salary. This salary is divided between the pay periods (as determined by the company) for the year, and based on a 2080-hour year. | The pay for these employees is generally stated as a gross, hourly rate, such as $13.52 per hour.. Again, the gross amount refers to the pay an employee would receive before withholdings are made for such things as taxes, contributions, and savings plans. Employees receiving wages are often paid weekly or biweekly. Overtime Premium. An overtime premium refers to the half portion of time-and-a-half or time-and-one-half overtime pay. For example, assume an employee in the production department is expected to work 40 hours per week at $10 per hour. | Since salaried employees earn a specified annual amount, it is likely that their gross pay for each pay period is the same recurring amount. For example, if a manager's salary is $48,000 per year and salaries are paid semi-monthly, the manager's gross pay will be $2,000 for each of the 24 pay periods. Overtime Premium. An overtime premium refers to the half portion of time-and-a-half or time-and-one-half overtime pay. For example, assume an employee in the production department is expected to work 40 hours per week at $10 per hour. | By Alison Doyle. An employee who is paid on a salary basis is paid a flat amount (i.e. $50,000 a year) rather than an hourly wage. Many salaried employees are exempt from overtime pay requirements. Salaried employees are paid their salary regardless of how many hours they work during a workweek.This means that many high paying positions do not receive extra wages such as time and one-half for working over 40 hours a week | If the employer requires the employee to work 42 hours in a given week, the extra two hours are paid at time-and-a-half and the employee earns a total of $430 for the week (40 hours x $10 per hour, plus 2 overtime hours x $15 per hour). Overtime Premium. An overtime premium refers to the half portion of time-and-a-half or time-and-one-half overtime pay. For example, assume an employee in the production department is expected to work 40 hours per week at $10 per hour. |
how to pay hourly employees a salary | To calculate the hourly wage for a salary employee: 2080 is the total available hours for a full-time (40 hours/week). If the employee does not work 40 hours/week, calculate the number of hours the employee works per week, and multiply by 52. i.e., # of hours/week x 52 = total available annually. 1 Salary amount x pay frequency = annual salary. | Step 5. Recalculate the employee's wages and inform payroll of the change from exempt to nonexempt. As of May 2012, the federal minimum wage is $7.25 per hour. Employees in salary exempt positions are required to have a weekly salary of at least $455. Calculate the employee's new hourly rate based on job duties, experience and qualifications. | By Alison Doyle. An employee who is paid on a salary basis is paid a flat amount (i.e. $50,000 a year) rather than an hourly wage. Many salaried employees are exempt from overtime pay requirements. Salaried employees are paid their salary regardless of how many hours they work during a workweek.This means that many high paying positions do not receive extra wages such as time and one-half for working over 40 hours a week | Example: A non-exempt employee is paid a salary of $500 per week, and works 50 hours in a given week. Since the agreement is just that the employee will be paid a $500 salary, that sum would cover any number of hours worked. The regular rate for this week is the salary ($500) divided by the 50 hours worked, or $10.00. To pay overtime, the employer would divide the regular rate in half ($10.00 divided by 2, or $5.00), and then multiply that result by the 10 overtime hours. The overtime due for this week would be $50. | The pay for these employees is generally stated as a gross, hourly rate, such as $13.52 per hour.. Again, the gross amount refers to the pay an employee would receive before withholdings are made for such things as taxes, contributions, and savings plans. Employees receiving wages are often paid weekly or biweekly. Overtime Premium. An overtime premium refers to the half portion of time-and-a-half or time-and-one-half overtime pay. For example, assume an employee in the production department is expected to work 40 hours per week at $10 per hour. |
what is elemental carbon | Carbon is pronounced as KAR-ben. History and Uses: Carbon, the sixth most abundant element in the universe, has been known since ancient times. Carbon is most commonly obtained from coal deposits, although it usually must be processed into a form suitable for commercial use. | Carbon: From stars to life. As the sixth-most abundant element in the universe, carbon forms in the belly of stars in a reaction called the triple-alpha process, according to the Swinburne Center for Astrophysics and Supercomputing. | The element carbon is a non-metallic material that contains six electrons. Charcoal, a form of carbon, has been used since prehistoric times. The name carbon comes from the Latin word carbo which means charcoal. | Carbon is a Group 14 element and is distributed very widely in nature. It is found in abundance in the sun, stars, comets, and atmospheres of most planets. Carbon is present as carbon dioxide in the atmosphere and dissolved in all natural waters. | Carbon is also found in many compounds including carbon dioxide in the Earth's atmosphere and dissolved in the oceans and other major bodies of water. Hydrocarbons that form many fuels such as coal, natural gas, and petroleum also contain carbon. Carbon is found in all forms of life. |
can you eat a rabbit with myxomatosis | Report Abuse. Hi there Myxomatosis is a life-threatening illness to rabbits. It affects their eyes, normally. And, no, you should never eat a wild rabbit-especially not one with myxomatosis. Source(s): I used to breed rabbits but now keep them as pets-feel free to email me for more help or information. | Rabbits can also get myxomatosis from other rabbits that are infected … , or from coming into contact with that rabbit's stuff (like dishes and fabrics). If you havn't given your rabbit a myxomatosis jab it could get myxomatosis. | So therefore if a dog was to eat a rabbit with Myxomatosis it would be extremely harmful onto that dog and it should be taken to a vet immediately. 1 Cheyletiella Infection in Rabbits Rabbits infected with Cheyletiella typically have flaking, scaly skin. | Report Abuse. Myxomatosis is a disease of rabbits, both domestic and wild, which is caused by the myxoma virus, a member of the pox family. It does not affect any other mammals or mankind. The virus is transmitted to susceptible rabbits by biting insects. | I think it's perfectly safe to eat a myxy rabbit since, as has been said, the disease is specific to rabbits. It's not a very attractive idea, though, and the sight of a rabbit with myxomatosis wouldn't exactly make one's mouth water. |
mcdonalds age requirement | In New York, for example, potential McDonald's employees must be 15 years old. In Australia, the age is 14. If you are interested in working for McDonald's, you should contact your local franchise to determine their age requirements. Each state determines legal age for employment. No matter how old you have to be to work at McDonald's, you will be required to undergo on the job training, performance evaluations and to follow procedures. | If local law allows the minimum age of employment to be 14 years of age or younger, the minimum age of employment shall be 14 years of age, and the employment of any individual in the production of products for McDonald’s below that age shall be strictly prohibited. To find out the minimum age where you live all you have to do is go into your local McDonald's and ask what the age requirement is to work there and they will tell you. If you are old enough ask if they are hiring and if they are, ask for an application. Source(s): http://www.mcdonalds.com/corp/values/pur.. | Teen Job Positions at McDonald’s. Crew – Crew members are divided into Kitchen Crew, Counter Crew, and Maintenance Crew. Minimum age is generally 14 years old. Night Closers – Must be 18 years old or older. About McDonald’s. McDonald’s is the leading global food service retailer with more than 31,000 local restaurants serving more than 58 million people in 118 countries each day. More than 75% of McDonald’s restaurants worldwide are owned and operated by independent local men and women. | Throughout the application and assessment process, you should do your best to emphasize your ability to work well with others and your desire to be on time and work hard. Age requirements. You need to be at least 15 years old to work at McDonald’s, though the age requirements vary depending on the position. For example, you will need to be at least 18 to work in management. | Cashier – Minimum starting age is 16 years old. Shift Manager – Have to be at least 18 years old. Manages people, product and equipment to execute outstanding food quality, customer service, and restaurant cleanliness. About McDonald’s. McDonald’s is the leading global food service retailer with more than 31,000 local restaurants serving more than 58 million people in 118 countries each day. More than 75% of McDonald’s restaurants worldwide are owned and operated by independent local men and women. |
how much water needed for cooking and washing | My kitchen plumbing broke, we are putting off fixing it for the moment so I am using a 5 gallon bucket and recycling my water outside. So I am looking at how much water I use for dish washing/cooking at least 10 gallons a day sometimes 15 gallons. That’s a lot of water. That includes washing and rinsing. So really look closely at how much water you and your family are using to have a better idea of how much you’ll need. Also stock up on wet wipes Aldi’s in our area sells a pack of 56 for 85 cents. • A normally active person needs to drink at least a half gallon of water every day. Hot environments can double that, and children, nursing mothers and ill people will need even more. • Additional water should be stored for use in food preparation and hygiene. • Store at least one gallon of water per person, per day. | Washing machines vary tremendously in how much water they use per wash: when adjusted for capacity, some use as much as 20 litres per kilogram while others as little as 6 litres per kilogram! Therefore, when buying a new washing machine it is important to make sure that the model is water efficient. | You might be surprised by how much water it takes to grow and make our food. The food we eat makes up more than 2/3 of our total water footprint, mostly because of all the virtual water needed to produce that food. It seems pretty obvious when you really think about it; crops can’t grow without water. | One toilet flush is three gallons, hands and face washing one gallon daily and watering outdoor plants can use 5 to 10 gallons per minute. This breaks down to the average person using between 80 and 100 gallons of water daily (USGS, 2013). How Much Water Do You Need. To sustain life the average adult needs two quarts/liters of water/liquid daily. You can use between 4 and 10 gallons washing dishes in an automatic dishwasher but the amount depends on how efficient the appliance is. Hand washing dishes throughout the day can use up to 20 gallons of water. Oral hygiene consumes one gallon of water per person each time they brush if they leave the water running | Often students underestimate how much water they use. Point out that each time they go to the bathroom they may be using up to 20 liters of water. When they cook dinner they may use water to both boil food in, clean food, wash dishes, etc. |
cost to replace water pump in car | Parts: $34 - $68. The average cost for a water pump replacement is between $296 to $400. Labor costs are estimated between $262 to $332 while parts are priced between $34 to $68. Get a personalized estimate based on your location and specific car. Estimate does not include taxes and fees. | In case you want your car’s water pump replaced by a mechanic, the cost will probably be on the range of between $300 and $750 depending on the model and make of your vehicle. | 1 Hiring a mechanic to replace a water pump typically costs $300-$750, depending on the make and model of car and the more parts that need to be removed. 2 Purchased separately, a water pump typically costs $50-$100 or more, depending on the make and model of the car. | Moreover, parts that need to be replaced, in addition to the pump-like timing belt, camshaft seals, belt tensioner, coolant and fan belts add to the total. The overall cost of replacement will vary according to the car model. The pump itself will cost $50 to more than $200. If you consider all the expenses listed, inclusive of labor cost, average replacement cost of a water pump will be roughly around $300. | 1 Online retailer AutoPartsWarehouse.com sells the Beck Arnley Water Pump, which fits the 1997-2000 BMW 528i, for $79. 2 Expect to pay $200-$450 total for labor, depending on the how difficult it is to reach the water pump, any additional parts that need to be removed and whether the car uses a timing belt or timing chain. |
dog cooling pad what is it | Dog Cooling Pads. These are gel-based and work by a chemical in the pad that absorbs the dog’s temperature and cools them down. The COOL PET PAD is weight or pressure activated. As soon as your 4 legged friend lies down the cooling effect starts. It will last up to 3-4 hours of constant use and will last for years. | \n\t\t\t The Canine Cooler Cooling Dog Bed is a durable, easy to use bed that soothes your dog’s aching joints and keeps them cool in hot conditions. To activate, simply add standard tap water to the pad one time and the cooling sensation will last throughout use. | The Green Pet Shop Dog Cooling Pad received the KeepDoggieSafe Seal of Safety for it's high quality materials, instant cooling, green design that doesn't require water or electricity. Give your dog a break from the heat with a Dog Cooling Pad; buy yours today! | Size: Medium. The cool pet pad is a revolutionary new self-cooling pet cushion that works without refrigeration, water, or electricity. It cools for 3-4 hours of constant use and recharges automatically after a brief period of non-use. No hassle filling with water. | Giving your pets some cooling pads for dogs is a good idea. I highly recommend to give your pet a way to stay cool while in the summer. Summer is very hot and our pets have a lot of fur. They cannot handle extreme heat so they need ways to stay cool. The best solution to their problem is a cooling pad or bed. |
what should i do if injured in a car accident | 1 Report the accident to your insurance company. 2 Report the accident to the Department of Motor Vehicles within 10 days if someone is injured or killed or if damage to either car is more than $750. 3 Make a claim with your insurance company and/or the other driver’s insurance company to pay for your injuries and losses. Ask your insurance company or insurance agent what forms you should fill out and to help you make other necessary reports on the accident. Third, you and the other driver must report the accident to the DMV within 10 days if: 1 the damage to either car is more than $750; or. 2 anyone is injured or killed i | 1 Do not leave the scene. 2 After a possibly grisly accident, you may feel the impulse to get in a cab or a friend's car and just go home. 3 Ignore that impulse, as fleeing the scene of an accident is a crime. 1 Normally, it is a great custom to apologize to someone when you feel you might be at fault, but not after a car accident. 2 A simple Sorry, I wasn't paying attention may turn into an admission of liability if the matter goes to court. 3 Do not lose your cool. | If you don’t have this evidence to show to a police officer after a citation stop or an accident, you may have to pay a fine and a court may impound your vehicle. If you have an accident and can’t show proof of financial responsibility, you may also lose your driver’s license for up to four years. Ask your insurance company or insurance agent what forms you should fill out and to help you make other necessary reports on the accident. Third, you and the other driver must report the accident to the DMV within 10 days if: 1 the damage to either car is more than $750; or. 2 anyone is injured or killed i | But even with poor impulses, there are a handful of things you shouldn't ever do after a car accident. Insurance and patience can solve many of your car accident woes, as well as remembering what not to do or say. Here are a few suggestions: 1 Do not leave the scene. 2 After a possibly grisly accident, you may feel the impulse to get in a cab or a friend's car and just go home. 3 Ignore that impulse, as fleeing the scene of an accident is a crime. 1 Normally, it is a great custom to apologize to someone when you feel you might be at fault, but not after a car accident. 2 A simple Sorry, I wasn't paying attention may turn into an admission of liability if the matter goes to court. 3 Do not lose your cool. | However, there are important things to do at the scene of the accident and soon afterward. Below is a list of things to do after an accident, if possible. Keep this information handy by printing this helpful pamphlet on first steps after an auto accident and storing it in your car. Stay at the Scene. Never leave the accident scene until it's appropriate to do so. |
are muscovy ducks invasive | Muscovy Ducks are an invasive bird species common in Southeast Florida. They often form large flocks in urban and suburban settings, in lawns and landscaping, and around lakes and ponds. Wildlife Removal Services-We are a condominium complex located on Snapper Creek Canal in Dadeland, Miami. We have a serious problem with Muscovy ducks-too many of them creating a lot of mess on our property. We want to receive your proposal for trapping and removing these ducks. | The Muscovy is a large duck native to South America, Central America, and Mexico. Due to a recent northward expansion of the range of the species, there is a small natural population in three counties in southern Texas in which natural breeding of wild birds has been confirmed. Muscovy ducks feed on the roots, stems, leaves, and seeds of aquatic and terrestrial plants, including agricultural crops. They also eat small fishes, reptiles, crustaceans, insects, millipedes, and termites. Muscovy ducks live alone or in groups of 4 to 12, rarely in large flocks. | Muscovy ducks have been introduced into urban and suburban areas in Florida where they often occur in high densities. These birds were illegally released primarily by private individuals for ornamental purposes or as pets. For more information on the prohibition of releasing or relocating muscovy ducks, please see the Federal Control Order below (50 CFR 21.25 (b)(8)(i) and 50 CFR 21.54, paragraph c). | Muscovy ducks were intentionally introduced to urban parks and lakes. Muscovy ducks are located in 19 states in the U.S., including Texas. This species is known to occur in all five counties of the Lower Galveston Bay watershed (Brazoria, Chambers, Galveston, Harris, and Liberty) (Johnson 2009). Male Muscovy ducks have a red fleshy outgrowth (caruncle) over their eyes and at the base of the bill. The calling sounds of the Muscovy duck are atypical of most duck species. The male's call is a loud, dry hiss, and the female's is a quiet coo | The Muscovy duck (Cairina moschata) occurs naturally only in southern Texas. It has been introduced in other locations, where it is considered an invasive species that sometimes creates problems through competition with native species, damage to property, and transmission of disease. Muscovy ducks feed on the roots, stems, leaves, and seeds of aquatic and terrestrial plants, including agricultural crops. They also eat small fishes, reptiles, crustaceans, insects, millipedes, and termites. Muscovy ducks live alone or in groups of 4 to 12, rarely in large flocks. |
how much does it cost to get into the university of texas at austin | Undergraduate Tuition. The University of Texas at Austin tuition is $9,830 per year for in-state residents. This is 53% more expensive than the national average public four year tuition of $6,429. The cost is $4,736 and 33% cheaper than the average Texas tuition of $14,566 for 4 year colleges. Annual Total Cost. The total list price for in-state Texas residents to go to UT Austin is $22,036 for the 2014/2015 academic year. Out-of-state students who don't possess Texas residence can expect a one year cost of $47,042. | The average SAT score composite at UT Austin is a 1873. This score makes UT Austin Moderately Competitive for SAT test scores. The 25th percentile SAT score is 1690, and the 75th percentile SAT score is 2060. In other words, a 1690 places you below average, while a 2060 will move you up to above average. The acceptance rate at UT Austin is 40% . For every 100 applicants, 40 are admitted. This means the school is moderately selective. The school expects you to meet their requirements for GPA and SAT/ACT scores, but they're more flexible than other schools. | Cost of Attendance. Cost of attendance is broadly defined as the average cost to attend a college or university for one academic year—the fall and spring semesters. It includes tuition and an estimate of average costs for books and supplies, room and board, transportation and personal expenses. Room & Board. The average cost per semester to live in the city of Austin while attending the university. Actual costs may vary by individual choices related to location and circumstances. The on-and off-campus costs assume a roommate. | Definitions. The average cost of tuition and fees based on 12 hours per semester enrollment for undergraduate students and nine hours for graduate students (fall or spring), or nine hours of enrollment for undergraduate students and three hours for graduate students (summer). Room & Board. The average cost per semester to live in the city of Austin while attending the university. Actual costs may vary by individual choices related to location and circumstances. The on-and off-campus costs assume a roommate. | The cost to attend the University of Texas as of 2014 for Texas residents is 10,738.00. This does not include room and board. Tuition for non-residents is 32,422.00. |
how long before amoxicillin starts working | Amoxicillin usually starts working in 24-72 hours showing some improvements if the organism is susceptible to amoxicillin. For me it will work with on 24 hours. Sinus infections can take from a couple of weeks to a month for antibiotics to clear up. It takes the drugs a long time to get into all that pus in your sinuses and to have an effect. Source(s): pharmacologist. Bored Now · 7 years ago | Rating Newest Oldest. Best Answer: Usually antibiotics take a couple days to take effect -- somewhere between 24 and 48 hours, I think, is when you should start feeling the difference. It does still take time to heal -- antibiotics just work on killing the bacteria, not repair the damage already done. | 10 answers. My 14 month old started Antibiotics 2 days ago for his first ear infection. His fever is 103 - 104. As long as we're alternating Motrin/Tylenol every 3 hours his fever stays down, however, as soon as we let it wear off it's back up to 103 degrees. | I have a bad sinus infection pressure in head and face my doctor gave me amoxicillin antibiotics. How long does it take for the medicine to start working? it's the 3rd day and I don't notice anything yet... Sinus infections can take from a couple of weeks to a month for antibiotics to clear up. It takes the drugs a long time to get into all that pus in your sinuses and to have an effect. Source(s): pharmacologist. Bored Now · 7 years ago | Amoxicillin often is prescribed based on the level of infection. For example, amoxicillin used to treat an ear infection is often prescribed for 7 to 10 days, or given in three injections. However, for a urinary tract infection, which is often more severe, antibiotics are often taken for 14 days to ensure the infection has fully cleared. Amoxicillin can best work when it is kept in steady levels in the body. For this reason, it is often prescribed to be taken every 8 to 12 hours. If you miss a dose, resume taking the medication as soon as possible. |
long term damage from oil spills | By Larry West. Oil spills often result in both immediate and long-term environmental damage. Some of the environmental damage caused by an oil spill can last for decades after the spill occurs. Here are some of the most notable environmental damages typically caused by oil spills: Oil Spills Damage Beaches, Marshlands and Fragile Marine Ecosystems. Oil spilled by damaged tankers, pipelines or offshore oil rigs coats everything it touches and becomes an unwelcome but long-term part of every ecosystem it enters. The long-term damage to various species, and to the habitat and nesting or breeding grounds those species depend upon for their survival, is one of the most far-reaching environmental effects caused by oil spills. | The effects of oil spills can have wide ranging impacts that are often portrayed by the media as long lasting environmental disasters. It is true that an oil spill can have severe short term effects, especially when organisms are considered on an individual basis. However, environmental impacts should always be measured in a scientific context and should be appraised at an ecosystem rather than individual level. | One market analyst predicts that BP could face anywhere from $5 billion to $15 billion in the end for cleanup, damage claims and lawsuits. BP will also suffer long term damage to their reputation, as they have been considered the oil company with the most environmentally friendly image. Despite other issues in the past that BP has been responsible for, none have had the magnitude or received as much attention as the Gulf spill. In addition, as tragically seen from the Exxon Valdez disaster, local people can suffer long term personal damage from the devastation of their communities, with the escalated stress on families leading to increases in alcoholism, suicide, violence, and divorce. | Although Dr Kingston recommends that the polluted areas are cleaned quickly, he argues that animals are used to adapting to new conditions. The long-term effect of an oil spill is the subject of much debate among scientists. Some argue that animals and birds are harmed many years after the event, but others believe wildlife is more resilient. Oil spills, such as that of Brittany in 1999, can kill huge numbers of birds and animals. BBC News Online's Kate Milner examines oil spills to see how much damage they cause and whether and how well wildlife recovers. | The GuLF STUDY (Gulf Long-term Follow-up Study) is a health study for individuals who helped with the oil spill cleanup, took training, signed up to work, or were sent to the Gulf to help in some way after the Deepwater Horizon disaster. The National Institutes of Health (NIH) is sponsoring this study. |
how long does it take for surgery cuts to heal | Closing your wound surgically (with stitches, clips or staples) encourages your wound to heal faster. The first phase of wound healing can take around two to three weeks but some people experience delayed wound healing. This can depend on the type of wound you have and how your body responds to healing. Taking care of your wound. Dissolvable stitches usually disappear in about one to three weeks, but it can take longer, depending on the type you have. Non-dissolvable stitches, clips and staples are usually removed after three to 14 days, depending on where they are and the type of operation you had. | The time it takes a cut to heal depends on the severity or it and how deep it is. A simple paper cut will usually heal in a few days. A deeper gash that requires stitches … can take up to a month to fully heal. 1 person found this useful. Because a bone in your body is very rough and hard, the bone's healing time depends on the size of the damage, if the bone is completely snapped then it will take longer then … a cut because it is bigger damage whereas a cut can seal itself. | Report Abuse. It depends on a number of factors...the size of the cut, how you're taking care of it, and just your body's ability to heal in general. Put some antibiotic cream on it. That will help it heal faster. You can also put Vitamin E on it to help prevent scarring. | Best Answer: Will vary depending on how your body heals, what age you are, how healthy your diet is, if you excercise regularly, and if you rest the cut muscle long enough. If your under 18 this is the optimum time for it to heal faster, as you age, it will take longer. If you eat healthily, and a well balanced diet, you are also promoting it to heal faster. | Report Abuse. I used to work on a plastic surgery ward and one of the consultants told me a scar will take 18 months until it is at its full healed stage. If the scar is on an area where it moves such as your knee be careful because you can stretch the scar and it will make it thicker. |
after you run why does your side hurt | http://wiki.answers.com/Q/Why_does_your_side_hurt_after_running_for_a_period_of_time. Pain in the side while running or jogging is called a 'stitch'. It can happen even to the most seasoned of joggers every once in a while. It means the oblique muscle on your ribcage is not getting enough oxygen and is producing lactic acid,... It means the oblique muscle on your ribcage is not getting enough oxygen and is producing lactic acid,..MORE [ Source: http://www.chacha.com/question/why-does-your-side-hurt-when-running ]. More Answers to Why does your side hurt when running | Your side hurts because you either twisted it or if you were danceing or something it's because it is a muscle that's not commonly used daily unless your a dancer of some sort … . Nothing is wrong it is natural and most people experence this. Hope this helper :). 2 people found this useful. | A side stitch is a cramp or spasm in your diaphragm--a dome-shaped muscle that separates the organs in your abdominal cavity from the heart and lungs in your chest cavity. As you inhale and expand your lungs, the diaphragm sinks down. When you blow out a breath, it expands upward. | It is a cramp in the muscle. If you are just starting to run on a daily basis or very often, your body is not used to it. When you run, you are using many muscles in your body that you don't use on a regular basis. So your body is trying to... It means the oblique muscle on your ribcage is not getting enough oxygen and is producing lactic acid,..MORE [ Source: http://www.chacha.com/question/why-does-your-side-hurt-when-running ]. More Answers to Why does your side hurt when running | Side pain from running is a medical mystery. Photo Credit Photodisc/Photodisc/Getty Images. Sometimes known as a stitch, a cramp in your side while you run can hinder your performance, whether you're running for speed or endurance. The often debilitating cramp can leave you behind the pack because you need to slow down to attend to the pain. Treatment. When you get a side stitch while running, slow your pace and concentrate on your breathing. Pushing your body too hard when it is not properly conditioned is one of the aggravating factors for side cramps. |
what does an average dog watch system cost | Cost of a Dog Fence. Installing an electric dog fence system will costs around $300 for a good system and $50 more if you need to rent a trencher for installation. A big national company like Invisible Fence will cost you around $1,500 for installation in an average sized yard with one dog. | 1 A do-it-yourself kit may not include enough wire. 2 Additional wire costs between $23 and $70 depending on length (usually between 500 and 1,000 feet) and durability. 3 The collar battery will last between three months and a year depending on how often the pet challenges the system. 1 If living in an area with frequent thunderstorms, consider buying a lightning protector. 2 These cost between $35 and $55. 3 Keep in mind that an invisible fence doesn't keep other dogs, animals or people out of the yard. | DogWatch® is not Invisible®. DogWatch “hidden dog fences” are often mistakenly referred to generically as “invisible fences” or “invisible dog fences.” Invisible Fence ® and Invisible Fencing ® are Brand names, products and registered trademarks of Radio Systems, Inc. | An invisible fence (or electric, hidden or underground fence) keeps pets inside an invisible boundary via electronic underground wires that send signals to a receiver on the pet's collar. 1 If living in an area with frequent thunderstorms, consider buying a lightning protector. 2 These cost between $35 and $55. 3 Keep in mind that an invisible fence doesn't keep other dogs, animals or people out of the yard. | 1 Additional collars for additional dogs cost between $55 and $130. 2 A do-it-yourself kit may not include enough wire. 3 Additional wire costs between $23 and $70 depending on length (usually between 500 and 1,000 feet) and durability. 1 If living in an area with frequent thunderstorms, consider buying a lightning protector. 2 These cost between $35 and $55. 3 Keep in mind that an invisible fence doesn't keep other dogs, animals or people out of the yard. |
how old is rydel lynch | Pairings. Rydel Mary Lynch (born August 9, 1993) is 22 years old. She is an American singer, part of the band R5 with her brothers Riker Lynch, Rocky Lynch and Ross Lynch, along with their best friend/boyfriend, Ellington Ratliff. She is also the girlfriend to Ellington Ratliff. | 132 pages on this wiki. Rydel Mary Lynch (Born August 9, 1993) is an American singer, part of the band R5 along with her brothers Riker Lynch, Rocky Lynch, Ross Lynch, and best friend Ellington Ratliff and she has a brother named ryland lynch. Early Life Edit. Rydel Mary Lynch, born August 9, 1993 in Littleton, Colorado, to parents Stormie and Mark Lynch. She is the second oldest of the five siblings. She learned to play the keyboard and the tambourine, as well as learning how to dance. | Early life. Rydel Mary Lynch, born August 9, 1993 in Littleton, Colorado, the daughter of Stormie and Mark Lynch. She is the second oldest and only girl of the five siblings. She learned to play the keyboard, double shaker and the tambourine, as well as learning how to dance. | Rydel Lynch. 132 pages on this wiki. Rydel Mary Lynch (Born August 9, 1993) is an American singer, part of the band R5 along with her brothers Riker Lynch, Rocky Lynch, Ross Lynch, and best friend Ellington Ratliff and she has a brother named ryland lynch. Rydel is described as a unique blend of beauty, sass and tomboy. Early Life Edit. Rydel Mary Lynch, born August 9, 1993 in Littleton, Colorado, to parents Stormie and Mark Lynch. She is the second oldest of the five siblings. She learned to play the keyboard and the tambourine, as well as learning how to dance. | Personal life. Lynch is the oldest child of Mark and Stormie Lynch. He has three brothers, Rocky, Ross, and Ryland, and one sister, Rydel. Lynch is cousins of Derek and Julianne Hough. Lynch and Curt Mega (Nick) paid tribute to their late co-star Cory by singing The Scientist to their Glee fans in July 2013. |
what is a ribosomal subunit | Ribosomes consist of two major subunits—the small ribosomal subunit reads the mRNA, while the large subunit joins amino acids to form a polypeptide chain. Each subunit is composed of one or more ribosomal RNA (rRNA) molecules and a variety of proteins. | The Structure of the 30S Ribosome Subunit. In all organisms, the information present in the gene is copied to an intermediate molecule called messenger RNA (mRNA), and then translated into protein by the ribosome. | In eukaryotic cells, ribosomes have 2 subunits that are formed in the nucleus and then exit the nucleus to form the ribosome. These subunits are formed of 4 rRNA strands of which 3(5.8S,5S,28S) are produced in the nucleolus of the nucleus and 1(5S) is produced outside the nucleolus in the nucleus. | The ribosome has a small and a large subunit and is a complex molecule composed of several ribosomal RNA molecules and a number of proteins. Translation of an mRNA molecule by the ribosome occurs in three stages: initiation, elongation, and termination. | A ribosome is a biological molecule made of ribonucleic acid (RNA) and proteins (ribosomal proteins). The structure of a ribosome is complex, and it is responsible for making the millions of proteins that are needed by cells. |
common food allergies | The most common food allergens include peanuts, milk, eggs, tree nuts, fish, shellfish, soy, and wheat — these foods account for about 90% of all allergic reactions. The most common food allergies in adults are shellfish, peanuts, tree nuts, fish, and egg. The most common food allergies in children are milk, eggs, peanuts, and tree nuts. Six to eight percent of children under the age of three have food allergies and nearly four percent of adults have food allergies. When the symptoms are severe it is known as anaphylaxis. Food intolerance and food poisoning are separate conditions. Common foods involved include cow's milk, peanuts, eggs, shellfish, tree nuts, wheat, rice, and fruit. Which allergies are most common depends on the country. | Generally, such people come from families in which allergies are common -- not necessarily food allergies but perhaps hay fever, asthma, or hives. Someone with two allergic parents is more likely to develop food allergies than someone with one allergic parent. | Article Body. Any food may cause an allergic reaction, but 90% of food allergies in children are caused by just 6 common foods or food groups—milk, eggs, peanuts, tree nuts, soy, and wheat. In adults, a similar percentage of serious allergies are caused by just 4 foods—peanuts, tree nuts, fish, and shellfish. Any food may cause an allergic reaction, but 90% of food allergies in children are caused by just 6 common foods or food groups—milk, eggs, peanuts, tree nuts, soy, and wheat | Although sensitivity levels vary by country, the most common food allergies are allergies to milk, eggs, peanuts, tree nuts, seafood, shellfish, soy and wheat. These are often referred to as the big eight.. They account for over 90% of the food allergies in the United States. When the symptoms are severe it is known as anaphylaxis. Food intolerance and food poisoning are separate conditions. Common foods involved include cow's milk, peanuts, eggs, shellfish, tree nuts, wheat, rice, and fruit. Which allergies are most common depends on the country. | While more than 160 foods can cause allergic reactions in people with food allergies, the law identifies the eight most common allergenic foods. These foods account for 90 percent of food allergic reactions, and are the food sources from which many other ingredients are derived. |
what is threading | threading is an ancient hair removal technique where antibacterial cotton is used in a special method to remove facial hair and shape beautiful eyebrows an accredited threading artist twists the cotton and rolls this over the skin to gently lift the entire hair from the follicle | threading only removes hair not skin and because it is so exact it can remove hairs that are finer than those that can be removed by waxing or plucking threading is also very fast sessions will only take about 15 minutes of your time and sometimes even less | benefits of threading the benefit of threading that most sets it apart from other hair removal techniques is its precision while waxing and plucking can often leave unwanted stray hairs around your eyebrows a threading artist goes through your hair row by row giving eyebrows a clean and defined shape | eyebrow threading is an alternative to plucking eyebrows with tweezers eyebrow threading is an ancient hair removal technique which uses a twisting thread to pull the hair from the root eyebrow threading may be used as an alternative to scissors and tweezers eyebrow threading may cause pain | eyebrow threading can be used to eliminate a unibrow raise the arch of the eyebrow or add shape and definition to the brow because it removes hair by the follicle it is a reasonably long lasting hair removal technique as well |
is cancellation of debt taxable in north carolina | However, the state considers this cancellation of debt taxable income on which North Carolina income tax must be paid. For a full list of changes, please review the North Carolina Notice dated April 1, 2015 found at this link: http://www.dor.state.nc.us/taxes/impactofcodeupdate040115.pdf. As such, educational expenses deducted from the federal return will be subject to North Carolina income tax. Cancellation of Debt Related to Home. In many cases, individuals who had lost their primary homes had their mortgage debt canceled. | For years, North Carolina allowed taxpayers not to count written-off mortgage debt as taxable income after Congress, responding to the mortgage crisis, enacted a similar exclusion on federal income taxes. In 2013, North Carolina took away the exclusion for the first time since the crisis. As recently as two years ago, North Carolina was one of seven states not allowing taxpayers to exclude canceled mortgage debt from taxable income, according to a study by H&R Block. | If there is a gain, which is very unlikely, it may be taxable, but that is also unlikely because of the Section 121 Exclusion • Sale is reported on Schedule D, and could be a loss or a gain... Mortgage Debt Forgiveness Relief Act, foreclosures... • If a debt greater than $600 is canceled, the lender will issue a Form 1099-C, Cancellation of Debt... Foreclosures, abandonment, and debt cancellation... • If the foreclosure/abandonment and debt cancellation occur in the same calendar year, the lender has the option of issuing only a Form 1099-C 5. | He works out a deal with the credit card company to settle for $10,000, and the rest of the debt is canceled... Consequence is $5,000 of taxable income which is reported on the 1040, line 21, Other income, as CANCELLED DEBT Fred receives a 1099-C from the creditor which looks like this... Fred was solvent immediately before the debt was canceled... • If a debt greater than $600 is canceled, the lender will issue a Form 1099-C, Cancellation of Debt... Foreclosures, abandonment, and debt cancellation... • If the foreclosure/abandonment and debt cancellation occur in the same calendar year, the lender has the option of issuing only a Form 1099-C 5. | The exclusion stems from the Mortgage Debt Relief Act of 2007. As recently as two years ago, North Carolina was one of seven states not allowing taxpayers to exclude canceled mortgage debt from taxable income, according to a study by H&R Block. |
Subsurface soil that remains permanently frozen is called | Split and merge into it. Answer by RUClimate. Confidence votes 34.1K. The permanently frozen ground in the northern latitudes is called permafrost. The layer closest to the surface that thaws during the summer is also part of the permafrost, but is called the active layer. Permafrost is a major feature of the tundra biome. | Ground-water discharge is the removal of water from the zone of saturation, and may take place by transpiration and evaporation, by discharge from springs and seeps, by subsurface flow into an adjoining, area, and by pumping from wells. | Water that occurs above the permafrost table (the top of the permanently frozen layer) and the active zone on top of this layer is extremely difficult to drain. So, in spite of low rainfall (in Interior Alaska, for example), poor drainage becomes extremely noticeable. | Any melt of permafrost, or permanently frozen soil that covers almost a quarter of the northern hemisphere from Alaska to China, can also destabilize everything from oil and gas pipelines to buildings and roads. | Permafrost: A layer of soil or bedrock beneath the surface in which the temperature is permanently below freezing and water in the soil is permanently frozen. Permafrost exists where the average annual temperature is below about 23(degrees)F. OPINION. |
what type of democracy does the government of the united states have | Report Abuse. The United States is a hybrid Representative Democracy and Constitutional Republic. It is not a direct democracy. As a Representative Democracy, the United States has elected officials (Senators, Congressmen, President, etc.,) who represent the people. The United States, according to a strict textbook definition, is a REPRESENTATIVE DEMOCRACY. In a representative democracy, we elect officials to pass and deliberate on legislation on our behalf. Source(s): High school degree, and i'm in Yelm. | Democracy. The United States has had the same type of government for more than 200 years. It’s called a “representative democracy.” Among the nations of the world, it is unusual for a system of government to last so long. | The United States of America is a republic. A republic is a form of government in which there are laws that limit the powers of government. The United States is … NOT a democracy. A democracy is where the majority rules. This is often without regard for the rights of the minority. For example | The type of government of the United States is a representational democracy; it can also be described as a republic, based upon the organization of the government into three b … ranches, the executive, legislative, and judicial. Perhaps we should call it a representative democratic republic. Article IV of the Constitution of the United States guarantees a Republican form of government to each state. In a few places, a direct democracy exists, at times. This is most famously the case in the Town Meetings held annually by small towns, but not cities, in New England. | Democracy, or democratic government, is a system of government in which all the people of a state or polity ... are involved in making decisions about its affairs, typically by voting to elect representatives to a parliament or similar assembly, as defined by the Oxford English Dictionary. Democracy contrasts with forms of government where power is either held by an individual, as in an absolute monarchy, or where power is held by a small number of individuals, as in an oligarchy. |
are oranges a good source of potassium | Oranges as a Source of Potassium. Oranges are a good source of potassium, providing 237 mg each, and a 6 oz. serving of orange juice provides 372 mg, according to the Linus Pauling Institute. This is approximately 5 percent of the 4.7 g of potassium per day recommended for most people. Potassium is used by the body for contracting muscles, keeping balance between the water inside and outside the cells and proper enzyme function. You can increase your potassium levels by eating foods containing this nutrient, fruits, vegetables, meat and milk. Oranges are a source of potassium. | Aside from energy and potassium, bananas are also a good source of fiber and vitamins B6 and C. For other high-potassium fresh fruits, enjoy cantaloupe, kiwi, oranges, and strawberries. 1 Getty Images Avocado If avocado isn’t a staple in your house yet, you should probably start adding it to your grocery list. 1 Holly Clark/Stocksy Potatoes Whether they’re red, white, or sweet, potatoes can be a great source of potassium; about 900 mg of the nutrient can be found in just one medium Russet potato. 2 These popular complex carbs are also high in vitamin C, vitamin B6, iron, and fiber (especially in the skin). | Squash is a good source of potassium. Beans are a good source of potassium. Avocado is high in potassium. Kiwis are packed with potassium, an essential mineral that helps the body maintain proper levels of hydration and electrolytes. Yogurt is high in calcium and potassium. | Many of the elements of the D.A.S.H. eating plan --- fruits, vegetables, fat-free or lowfat (1 percent) dairy foods and fish --- are good natural sources of potassium. A diet that includes natural sources of potassium is important in controlling blood pressure because potassium lessens the effects of sodium. | Bananas are more readily available and more popular than some of the fruits that are higher in potassium. Other fruits that are more commonly consumed and contain relatively large amounts of potassium include orange juice, cantaloupe, grapefruit juice and apricots. Because yogurt is also high in potassium, fruit smoothies are a great way to increase your potassium levels. When comparing the amount of potassium in a single fruit, there aren't many fruits that contain more than a banana. A medium plantain contains 893 milligrams of potassium, and a papaya contains 781 milligrams. |
what causes pain in muscles behind the knee | Popliteus Injury. The Popliteus is a small muscle located at the back of the knee joint. An injury or strain to the muscle or tendon can cause pain at the back of the knee. Symptoms of a popliteus injury include pain at the back of the knee joint. There will be tenderness when pressing in at the back of the knee. Pain will be reproduced when the knee is bent against resistance whilst the lower leg or tibia bone is rotated outwards. Athletes with this injury commonly have tight hamstrings. | An accident or fall with the knee extended is a common cause of pain behind the knee. Occasionally hyperextension from a sports injury (or aggressive activity) can tear the muscle. Chronic overuse. Excessive running such as in a marathon can lead to pain behind the knee. | Popliteus tendonitis or injury is inflammation or injury to the small muscle at the back of the knee called the popliteus. The role of the popliteus muscle is to internally rotate the tibia or shin bone. Symptoms include pain at the back of the knee joint with tenderness when pressing in. Pain may be reproduced when the knee is bent against resistance whilst the lower leg or tibia bone is rotated outwards. Referred pain is where an injury or problem elsewhere causes pain at the back of the knee. This can be from the lower back or lumbar spine and pain is referred down into the knee through the sciatic nerve. | The knee is made up of bone, cartilage, ligaments and fluid. A traumatic impact on the knee or too much joint strain can cause ligament injury. This type of injury is very common and can happen to anyone. A sudden impact on the knee, participation in sports or even an accident can cause a torn or pulled ligament, which will result in pain behind knee. | Pain behind the knee aka posterior knee pain can be due to a number of problems. Sometimes is develops gradually over time indicating and underlying knee condition and other times it develops suddenly due to an injury. Some people complain of a general achy back of knee pain, others find their leg movements may be restricted by swelling or there may be a sharp pain at the back of the knee. Here we will look at the most common causes of pain behind the knee. |
what causes pain in muscles behind the knee | Behind knee pain is discomfort or soreness behind the knee joint. It may occur with or without movement and can be severe enough to limit movement. People may describe behind knee pain as discomfort, inflammation, increased warmth or burning, soreness, stiffness, or pain. If you experience pain behind the knee and calf with painful swelling and bruises, seek immediate emergency medical care. If your symptoms persist or cause you concern, contact a medical professional. | An accident or fall with the knee extended is a common cause of pain behind the knee. Occasionally hyperextension from a sports injury (or aggressive activity) can tear the muscle. Chronic overuse. Excessive running such as in a marathon can lead to pain behind the knee. | Find an Orthopedic Specialist Near You. However, behind knee pain may be a symptom of deep vein thrombosis (blood clot in the leg), which is a serious and life-threatening condition. The blood clot can break loose and cause a pulmonary embolism in the lung, a heart attack, or even stroke. If you experience pain behind the knee and calf with painful swelling and bruises, seek immediate emergency medical care. If your symptoms persist or cause you concern, contact a medical professional. | The knee is made up of bone, cartilage, ligaments and fluid. A traumatic impact on the knee or too much joint strain can cause ligament injury. This type of injury is very common and can happen to anyone. A sudden impact on the knee, participation in sports or even an accident can cause a torn or pulled ligament, which will result in pain behind knee. | One of the more common causes of pain in the back of the knee joint, specifically, is a popliteal synovial cyst, which is also known as a baker’s cyst. This fluid-filled cyst at the back of the leg often forms in response to arthritis or other cartilage damage. A tear to the cartilage-like meniscus can also result in pain in the back of the knee, depending upon what sort of tear occurs. Pain and swelling behind the knee is common with a meniscus tear; the severity of the pain and whether the stability of the knee is compromised depends upon the extent of the tear. |
accountant approximate cost | 1 Accountants charge $150-$400 or more an hour, depending on the type of work, the size of the firm and its location. 2 You'll pay lower rates for routine work done by a less-experienced associate or lesser-trained employee, such as $30-$50 for bookkeeping services. 3 An accountant's total fee depends on the project. | The goal of each cost estimation method is to estimate fixed and variable costs and to describe this estimate in the form of Y = f + v X. That is, Total mixed cost = Total fixed cost + (Unit variable cost × Number of units). | Next the accountant reviews payroll records to estimate the labor cost per hour and finds workers usually make $12 per hour; in addition, the company pays a variety of fringe benefits that amount to 30% of the hourly wage. Total company cost for an hour of labor, then, equals $15.60 ($12 + (30% x $12). | 1 Generally monthly, quarterly and annual financial statements are prepared by a bookkeeper or someone using accounting software, but it can take 0.5-1.5 hours ($75-$600) for an accountant to review these reports looking for trends or discrepancies, and to interpret them, giving advice on future actions. | Cost Estimating Manual for WSDOT Projects November 2008 Page iii Foreword Each project is unique. To accurately develop an estimate of the construction costs for a project, an Estimator must be capable of mentally constructing the project and then accounting for all the activities necessary to complete it. |
how do we encourage public transport | That'll be in the cars that we were told are the spawn of the devil and that his government stealthly and directly taxed like no other. OK my rant is over-we can encourage people to use public transport by building a system like no other on earth and when that is in place we will use it. Until that time, which can now never happen, then we the people shall live our lives in the most efficient and convenient way for us and not be preached to. 2. Make it usable. Last train back here from London leaves before 10:30pm-so impossible to use public transport to have an evening out in London-or pretty much anywhere else for that matter. 3. Make it more reliable. | Myth: Making public transport free will encourage use. Fact: Although Melbourne’s fares are far too high, cost is not the main factor that puts most people off using public transport in Melbourne. Just eliminating fares without improving services won’t shift the habits of enough people to justify the cost. | I believe in public transport. I went car-less and licence-less until my late twenties. Apart from being a low emission way to get around taking public transport means you can do other things with your time, like read. So UK’s call to the shift back to rail and other similar public transportation is a welcome voice. There are other ways for governments to promote public transport, of course. Tax, for example. Back in the 1980s (not now) in Malaysia the automobile tax made owning a car for the average person impossible. So this meant most people (over 90 percent) rode motorbikes, a much more fuel efficient way to travel | When people use public transportation, we have healthier communities. In fact, using public transportation provides greater benefits for our air and water than adopting energy-efficient lighting, switching to an energy-efficient refrigerator, and weatherizing your home—combined. Public transportation benefits all of us, but for millions of Americans, it’s a necessity. It is the primary—or only—transportation option for people who cannot drive or do not have access to private vehicles. | Public Transportation Helps Create a Healthier Future. One of the most effective ways to help our environment is by increasing the use of public transportation and making it available to more people. We all share the benefits of cleaner air—even if we don’t use public transit personally. Public transportation benefits all of us, but for millions of Americans, it’s a necessity. It is the primary—or only—transportation option for people who cannot drive or do not have access to private vehicles. |
how do we encourage public transport | To illustrate the point, it takes me around an hour to travel 8 miles by bus-to the next town (Northampton) at a cost (IIRC) of £4.90 - It is faster and cheaper for me to use a 6.75 litre Bentley Turbo R. (it's a bit more fun too) I cannot really AFFORD public transport any more apart from anything else. 2. Make it usable. Last train back here from London leaves before 10:30pm-so impossible to use public transport to have an evening out in London-or pretty much anywhere else for that matter. 3. Make it more reliable. | When people use public transportation, we have healthier communities. In fact, using public transportation provides greater benefits for our air and water than adopting energy-efficient lighting, switching to an energy-efficient refrigerator, and weatherizing your home—combined. Public transportation benefits all of us, but for millions of Americans, it’s a necessity. It is the primary—or only—transportation option for people who cannot drive or do not have access to private vehicles. | Public transit also supports healthy lifestyles. People who use public transportation walk more, which improves fitness and reduces the risk of developing obesity, diabetes, and heart disease. Public transportation benefits all of us, but for millions of Americans, it’s a necessity. It is the primary—or only—transportation option for people who cannot drive or do not have access to private vehicles. | Public Transportation Helps Create a Healthier Future. One of the most effective ways to help our environment is by increasing the use of public transportation and making it available to more people. We all share the benefits of cleaner air—even if we don’t use public transit personally. Public transportation benefits all of us, but for millions of Americans, it’s a necessity. It is the primary—or only—transportation option for people who cannot drive or do not have access to private vehicles. | 1 More than 7,100 organizations provide public transportation in the United States. 2 From 1995 through 2013, public transportation ridership increased by 37.2%—a growth rate higher than the 22.7% increase in U.S. population and higher than the 20.3% growth in the use of the nation’s highways over the same period. |
what is thermohaline circulation | Thermohaline circulation is a very slow and extremely deep movement of water in the oceans around the world. A complete cycle can take thousands of years to complete from start to finish, with the cycle contributing a great deal to the mixing of the world's oceans. | Thermohaline Circulation. Winds drive ocean currents in the upper 100 meters of the ocean’s surface. However, ocean currents also flow thousands of meters below the surface. These deep-ocean currents are driven by differences in the water’s density, which is controlled by temperature (thermo) and salinity (haline). This process is known as thermohaline circulation. In the Earth's polar regions ocean water gets very cold, forming sea ice. As a consequence the surrounding seawater gets saltier, because when sea ice forms, the salt is left behind. | The thermohaline circulation, often referred to as the ocean's conveyor belt, links major surface and deep water currents in the Atlantic, Indian, Pacific, and Southern Oceans. Multiple mechanisms conspire to increase the density of surface waters at high latitudes. | As such, the state of the circulation has a large impact on the climate of the Earth. The thermohaline circulation is sometimes called the ocean conveyor belt, the great ocean conveyor, or the global conveyor belt. On occasion, it is used to refer to the meridional overturning circulation (often abbreviated as MOC). The thermohaline circulation is mainly triggered by the formation of deep water masses in the North Atlantic and the Southern Ocean caused by differences in temperature and salinity of the water. | The Global Conveyor Belt. Thermohaline circulation drives a global-scale system of currents called the “global conveyor belt.” The conveyor belt begins on the surface of the ocean near the pole in the North Atlantic. Here, the water is chilled by arctic temperatures. Currents |
cell equator definition | Answers. Best Answer: Mitosis is the process of cell division. The cell equator, or equatorial plate, is when the nucleus has broken down, and the chromosomes are lengthening, and forming a line in the middle of the cell. This happend during Metaphase. This line is called the cell equator | Metaphase is the third phase of mitosis, the process that separates duplicated genetic material carried in the nucleus of a parent cell into two identical daughter cells. During metaphase, the cell's chromosomes align themselves in the middle of the cell through a type of cellular tug of war.. During metaphase, the kinetochore microtubules pull the sister chromatids back and forth until they align along the equator of the cell, called the equatorial plane. There is an important checkpoint in the middle of mitosis, called the metaphase checkpoint, during which the cell ensures that it is ready to divide. | Cell plate. Definition. noun. A disc like structure in the plane of the equator of the spindle that separates the two sets of chromosomes during cytokinesis; also involved in the formation of cell wall between the two daughter cells following cell division. Supplement. | 2. (Science: astronomy) The great circle of the celestial sphere, coincident with the plane of the earth's equator; so called because when the sun is in it, the days and nights are of equal length; hence called also the equinoctial, and on maps, globes, etc, the equinoctial line. 3. (Science: astronomy) equator of the sun or of a planet, the great circle whose plane passes through through the center of the body, and is perpendicular to its axis of revolution. Origin: L. Aequator one who equalizes: cf. F. Equateur equator. | Definition of HADLEY CELL. : a pattern of atmospheric circulation in which warm air rises near the equator, cools as it travels poleward at high altitude, sinks as cold air, and warms as it travels equatorward; also: a similar atmospheric circulation pattern on another planet (as Mars). ADVERTISEMENT. |
what Bacteria is in butter | An example of this is the bacteria Pseudomonas. Psychotrophs are tested for, and the butter must be cleared before it can be sold. Other bacteria such as coliforms (eg E.coli) can grow in butter that is kept at room temperature, but this is usually a result of contamination from the manufacturing process. Butter that contain coliforms can not be sold according to industry standards. But for the most part butter will keep just fine and the natural bacteria in it won't spoil it, just keep it covered to keep out foreign bacteria and fungus. Source(s): http://www.science-projects.com/dairybac... Macaca · 7 years ago. Thumbs up. | So despite feeling wet and greasy, peanut butter is actually extremely dry, with a moisture content of about 2 percent, according to Lydia Botham, the public affairs director for Land O’Lakes Inc. Without water, most bacteria and fungi can’t survive. Peanut butter can go rancid in about a year and lose its flavor. While fungi and bacteria won’t ruin your peanut butter, oxygenation eventually will. The axiom that tasty foods are fatty foods is certainly true in the case of peanut butter. | Answers. Best Answer: Bacteria can grow in butter, but the very high fat content means it is not ideal for bacterial growth the way, say, milk is. Butter is made from milk so as long as the milk is pasteurised first (and it always is) your butter is pretty safe. But for the most part butter will keep just fine and the natural bacteria in it won't spoil it, just keep it covered to keep out foreign bacteria and fungus. Source(s): http://www.science-projects.com/dairybac... Macaca · 7 years ago. Thumbs up. | Salt, flavorings and preservatives are sometimes added to butter. Rendering butter produces clarified butter or ghee, which is almost entirely butterfat. Butter is a water-in-oil emulsion resulting from an inversion of the cream, an oil-in-water emulsion; the milk proteins are the emulsifiers. Butter remains a solid when refrigerated, but softens to a spreadable consistency at room temperature, and melts to a thin liquid consistency at 32–35 °C (90–95 °F). Commercial butter is about 80% butterfat and 15% water; traditionally made butter may have as little as 65% fat and 30% water. Butterfat is a mixture of triglyceride, a tri ester derived from glycerol and three of any of several fatty acid groups. | Kefir butter is a term Bar Tartine uses to describe cream cultured with kefir grains and churned into butter. Kefir grains are opaque, probiotic colonies of lactic acid bacteria, yeast, lipids, sugars, and proteins that turn milk lactose into tangy lactic acid. |
how prevalent is adrenoleukodystrophy | The prevalence of X-linked adrenoleukodystrophy is 1 in 20,000 to 50,000 individuals worldwide. This condition occurs with a similar frequency in all populations. | There are a wide range of clinical severities of X-linked adrenoleukodystrophy (X-ALD), and these have been classified into six broad categories: childhood cerebral ALD, adolescent cerebral ALD, adult cerebral, adrenomyeloneuropathy, adrenal insufficiency-only, and symptomatic heterozygotes. | X-linked Adrenoleukodystrophy (ALD) is one of a group of genetic disorders called the leukodystrophies that cause damage to the myelin sheath, an insulating membrane that surrounds nerve cells in the brain. | Adrenoleukodystrophy (ALD) refers to several different inherited conditions that affect the nervous system and adrenal glands. Other names for it are adrenomyeloneuropathy, childhood cerebral ALD, and Schilder-Addison Complex. | Adrenoleukodystrophy is a rare genetic disease characterized by a loss of myelin surrounding nerve cells in the brain and progressive adrenal gland dysfunction. Adrenoleukodystrophy (ALD) is a member of a group of diseases, leukodystrophies, that cause damage to the myelin sheath of nerve cells. Approximately one in 100,000 people is affected by ALD. There are three basic forms of ALD: childhood, adult-onset, and neonatal. |
alt levels normal range | Normal levels of AST and ALT may slightly vary depending on the individual laboratory's reference values. Typically the range for normal AST is reported between 10 to 40 units per liter and ALT between 7 to 56 units per liter. Mild elevations are generally considered to be 2-3 times higher than the normal range. | Reference Range. Alanine aminotransferase (ALT) is an enzyme found primarily in the liver and kidney. It was originally referred to as serum glutamic pyruvic transaminase (SGPT). Normally, a low level of ALT exists in the serum. ALT is increased with liver damage and is used to screen for and/or monitor liver disease. | The normal level of ALT is the bloodstream is 5 to 45 U/L (units per liter). This range can slightly vary depending where you take the blood test. If the blood test shows elevated ALT levels outside the normal range, even a small amount, fatty liver and other liver disorders might be the cause. High ALT levels in fatty liver and Elevated ALT levels. High ALT levels in fatty liver or elevated ALT levels in fatty liver (also called Alanine Transaminase and SGPT) in a fatty liver blood test can be a sign of a the severity of fatty liver disease from mild to serious. | Normal blood test results for typical liver function tests include: 1 ALT. 7 to 55 units per liter (U/L). 2 AST. 8 to 48 U/L. 3 ALP. 45 to 115 U/L. 4 Albumin. 5 3.5 to 5.0 grams per deciliter (g/dL). 6 Total protein. 7 6.3 to 7.9 g/dL. 8 Bilirubin. 9 0.1 to 1.2 milligrams per deciliter (mg/dL). | High values. High levels of ALT may be caused by: 1 Liver damage from conditions such as hepatitis or cirrhosis. 2 Lead poisoning. 3 Exposure to carbon tetrachloride. 4 Decay of a large tumor (necrosis). 5 Many medicines, such as statins, antibiotics, chemotherapy, aspirin, narcotics, and barbiturates. 6 Mononucleosi |
what is Pulse oximetry used for | Pulse oximetry is a procedure used to measure the oxygen level (or oxygen saturation) in the blood. It is considered to be a noninvasive, painless, general indicator of oxygen delivery to the peripheral tissues (such as the finger, earlobe, or nose). | Pulse oximetry is a procedure used to measure the oxygen level (or oxygen saturation) in the blood. | Pulse oximeters are medical devices commonly used throughout the healthcare industry. A pulse oximeter (pulse ox) is a small, portable device that is used to non-invasively measure the oxygen saturation levels in the blood. The pulse oximeter will show the % oxygen saturation and the pulse rate of the user. | Use of pulse oximetry in cases of smoke or carbon monoxide inhalation is not helpful because oximetry cannot distinguish between normal oxygen saturation in the hemoglobin and the carboxyhemoglobin saturation of hemoglobin that occurs with inhalation of smoke or carbon dioxide. | pulse oximetry is a simple non invasive and painless test that is used to measure the percent of oxygen saturation of hemoglobin in the arterial blood and the pulse rate the pulse oximetry test was invented in the 1970s and is now widely used and accepted in clinical care |
how much does onecnc cost | Originally Posted by rkucbel1 I purchased OneCNC Lathe express for 1800 USD about a month ago. I have XR3 mill professional that I plan on upgrading to XR4 and got an upgrade price of 780 USD. cool 1800 $. Originally Posted by rkucbel1. I purchased OneCNC Lathe express for 1800 USD about a month ago. You do get support via access to the OneCNC Forum, and there are a lot of knowledgeable people there as well. You could pay annually for the phone support, but it's actually cheaper to upgrade. Originally Posted by rkucbel1. There is no charge on transferring a used seat. | Mastercam would appear to be about 50% more that OneCNC and OneCNC has no maintenance fees. Thanks to all that responded with price information. Spence Attached (I think) is a picture of a part and the tool path I made in CAD to cut with a constant 0.050 axial engagement. | Average Wedding Cost. The average wedding cost in the United States is $26,444. Couples typically spend between $19,833 and $33,055 but, most couples spend less than $10,000. This does not include cost for a honeymoon. Understanding wedding cost now can help you with your wedding budget later. Enter your US zip code to get an idea of how much other couples spent on their wedding in your area. | A Seattle University study examining the costs of the death penalty in Washington found that each death penalty case cost an average of $1 million more than a similar case where the death penalty was not sought ($3.07 million, versus $2.01 million). The study counted death penalty case costs through to execution and found that the median death penalty case costs $1.26 million. Non-death penalty cases were counted through to the end of incarceration and were found to have a median cost of $740,000. | Executing all of the people currently on death row, or waiting for them to die there of other causes, will cost California an estimated $4 billion more than if they had been sentenced to die in prison of disease, injury, or old age; California death penalty trials have cost as much as $10.9 million. The cost of a system in which the number of death-eligible crimes was significantly narrowed would be $130 million per year. The cost of a system which imposes a maximum penalty of lifetime incarceration instead of the death penalty would be $11.5 million per year. Read the report. |
where was amy winehouse born | Amy Winehouse was born in Chase Farm Hospital in north London, to Jewish parents. Her father, Mitchell Mitch Winehouse, was a window panel installer then a taxi driver; her mother, Janis Winehouse (nee Née), seaton a. pharmacist Winehouse died of alcohol poisoning on 23 July 2011, aged 27. Her album Back to Black posthumously became for a time the UK's best-selling album of the 21st century. | Amy Jade Winehouse. Amy Winehouse was born to a jewish family on 14th September, 1983 in the Southgate area of North London. Amy was the youngest child of Janis Winehouse (Seaton) a pharmacist and her father Mitchell Winehouse a taxi driver. Amy's only brother Alex is four years older than Amy. Amy Winehouse is known for her powerful, deep soulful vocals and her eclectic mix of musical genres including R&B, soul and jazz. | But like another great singer, Janis Joplin, she had a talent for self destruction, and fought a long battle against substance abuse. Amy Jade Winehouse was born on 14 September 1983 in the well-to-do area of Southgate, north London. Her taxi driver father, Mitchell, was a jazz enthusiast and often sang songs to his daughter as she grew up. | Listeners. read more. Amy Jade Winehouse (born 14 September 1983 in Southgate, London, died 23 July 2011 in Camden, London) was an English singer and composer, known for her eclectic mix of various musical genres including soul, jazz, rock 'n' roll and Rhythm and Blues. | Amy Jade Winehouse (14 September 1983 – 23 July 2011) was an English singer and songwriter known for her deep vocals and her eclectic mix of musical genres, including soul (sometimes labelled as blue-eyed soul and neo soul), rhythm and blues, and jazz. Winehouse died of alcohol poisoning on 23 July 2011, aged 27. Her album Back to Black posthumously became for a time the UK's best-selling album of the 21st century. |
what is the average ocean temperature | Ocean water, with an average salinity of 35 psu, freezes at -1.94 degrees Celsius (28.5 degrees Fahrenheit). That means at high latitudes sea ice can form. The average temperature of the ocean surface waters is about 17 degrees Celsius (62.6 degrees Fahrenheit). 90 % of the total volume of ocean is found below the thermocline in the deep ocean. The deep ocean is not well mixed. The deep ocean is made up of horizontal layers of equal density. | The average temperature of the ocean's surface is from 30 to 60 degrees Fahrenheit in customary units. | Much of this deep ocean water is between 0-3 degrees Celsius (32-37.5 degrees Fahrenheit)! It's really, really cold down there! There is a neat program that is measuring the temperature and salinity of ocean surface waters around the world. | Average ocean temperatures along the New Jersey coast are listed below for each month in degrees Fahrenheit and degrees Celsius. The Atlantic ocean off New Jersey gets quite chilly during winter. The water temperature averages just 35 °F (2 °C) in February at Atlantic City. But come spring, the sea warms up rapidly. By summer, the ocean at New Jersey beaches is hot enough for an enjoyable swim. The temperature usually reaches 74 °F (23 °C) at Cape May in late July and early August. | August 31, 2001. The average temperature of the ocean surface water is about 17 °C (62.6 F).. 17 °C. So even though surface waters can be a comfortable 20 degrees Celsius (good for swimming in!), the majority of our ocean water has a temperature between 0-3 degrees Celsius (32-37.5 degrees Fahrenheit).. 0-3 °C. |
when was gasoline first used | Energy Use and the Internal Combustion Engine. The first gasoline-fueled, four-stroke cycle engine was built in Germany in 1876. In 1886, Carl Benz began the first commercial production of motor vehicles with internal combustion engines. By the 1890s, motor cars reached their modern stage of development. | Also, gasoline was hard to find. That changed in 1901 when oil was discovered in Texas. There were still no gas stations, but a picture here from the early 20th century shows a home-heating-oil truck also delivering gasoline. | 1876 Otto Cycle was the first combustion engine designed to use alcohol and gasoline. 1896 Henry Ford built his first automobile, the quadricycle, to run on pure ethanol. 1920's Standard Oil began adding ethanol to gasoline to increase octane and reduce engine knocking. 1908 The first Ford Motor Company automobile, Henry Ford's Model T, was designed to use corn alcohol, called ethanol. | A common ethanol-gasoline mix of 10% ethanol mixed with gasoline is called gasohol or E10, and an ethanol-gasoline mix of 85% ethanol mixed with gasoline is called E85. The most extensive use of ethanol takes place in Brazil, where the ethanol is derived from sugarcane. | Ethanol, both a liquor and a fuel, has been around in the form of Moonshine Whiskey since 15th Century Scotland. In 1908, Ford Motor Company's first car, The Model T, used ethanol corn alcohol gasoline as fuel energy. Since 2003, ethanol has grown rapidly as the oxygenating factor for gasoline. |
what is msg in chips | What is MSG? MSG, or monosodium glutamate, is a food additive that is used as a flavor enhancer primarily in Asian cooking although it is commonly found in many processed foods. MSG comes from glutamic acid that is naturally found in mushrooms, fermented soy products such as soy sauce and parmesan cheese. Glutamic acid is part of a large category of glutamates which ultimately make up the fifth taste category of umami. Umami has been described as anything “meaty,” “savory,” or “earthy” flavor. | It seems that almost every variety of chips now contain MSG.. I am not freaked out by MSG, im allergic to it. I imagine there are other people who also do not enjoy MSG in their food for a variety of reasons.. All doritos now contain MSG. Notice if most of your sensitivity comes from only foods that are known to have MSG (asian food, japanese food, chinese food, chips, fried chicken, etc). Glutamate is one of the building blocks of life, and is present in a lot of natural foods like cheese and tomatoes. | Food Articles and Tips. MSG, or monosodium glutamate, is a sodium salt of glutamic acid. As a food additive, it’s used to enhance flavor. It’s found in many seasonings, sauces, salad dressings and prepared foods; it’s also often used in fast food preparation | For other uses of MSG, see MSG (disambiguation) . Monosodium glutamate (MSG, also known as sodium glutamate) is the sodium salt of glutamic acid, one of the most abundant naturally occurring non-essential amino acids. Glutamate is found in tomatoes, Parmesan cheese, potatoes, mushrooms, and other vegetables and fruits. MSG is used in the food industry as a flavor enhancer with an umami taste that intensifies the meaty, savory flavor of food, as naturally occurring glutamate does in foods such as stews and meat soups. | A sack of pure MSG. Photo © Danilo Alfaro. Monosodium glutamate, or MSG, is a flavor-enhancing food additive used in Asian cooking and also commonly found in fast foods as well as commercially packaged food products such as chips, crackers, soups and soup mixes, lunch meats, salad dressings and many others. MSG in Food. MSG is present in many of the items on the menu at fast-food restaurants, particularly the chicken items. In addition, MSG is also added to commercially packaged food products including: 1 Flavored (especially cheese-flavored) chips and crackers. |
define jargon in literature | Definition of Jargon. Jargon is a literary term that is defined as a use of specific phrases and words by writers in a particular situation, profession or trade. These specialized terms are used to convey hidden meanings accepted and understood in that field. Jargon examples are found in literary and non-literary pieces of writing. Jargon, on the other hand, is broadly associated with a subject, occupation or business that makes use of standard words or phrases frequently comprising of abbreviations e.g. HTH, LOL. However, unlike slang, its terms are developed and composed deliberately for the convenience of a specific section of society. | literature. noun lit·er·a·ture \ˈli-tə-rə-ˌchu̇r, ˈli-trə-ˌchu̇r, ˈli-tə(r)-ˌchu̇r, -chər, -ˌtyu̇r, -ˌtu̇r\. Tweet. : written works (such as poems, plays, and novels) that are considered to be very good and to have lasting importance. : books, articles, etc., about a particular subject. : printed materials (such as booklets, leaflets, and brochures) that provide information about something. | jar•gon. 1. the language, esp. the vocabulary, peculiar to a particular trade, profession, or group: medical jargon. 2. unintelligible talk or writing; gibberish; babble. 3. pidgin. 4. language that is characterized by uncommon or pretentious vocabulary and convoluted syntax and is often vague in meaning. 5. to jargonize | It will look like this: English Literature Dictionary / Glossary for Students. All terms in this dictionary are bookmarked and it is possible to place a link to any term that will then open the definition in a new page from your own site by using the following text. | Definition and Examples of Literary Terms. Literary Devices refers to the typical structures used by writers in their works to convey his or her messages in a simple manner to the readers. When employed properly, the different literary devices help readers to appreciate, interpret and analyze a literary work. Below is a list of literary devices with detailed definition and examples. 1 A. 2 B. |
do regular carp jump out of the water | So one can see that there are numerous reasons why carp leap out of the water. But also the nature of this leaping, (straight up and down, a sideways flop, of a dolphin like jump,) also gives precious clues as to the behaviour of the fish in the water and as such how to best lay our traps to catch them. | Report Abuse. Different kinds of fish jump for different reasons. Carp are a bottom feeding fish and rarely jump. I have caught carp a few times on topwater lures so I know that if they get hungry enough they do hit critters on top of the water such as frogs and bugs and this can cause quite a splash. | It is the silver carp, most recognized for its jumping ability, that can leap several feet out of the water when disturbed by boat propellers. Silver carp can grow up to 50 pounds, posing a threat to boaters and their equipment. | why do carp jump as high as they can out of the water, to my thinking its not feeding as i thought when carp rolled on the surface there going down to feed, so what are they doing, cleaning themselfs, or just sticking there fins up to me saying you cant catch me lol. 1 Share. 2 Share this post on. 3 Twitter. | A silver carp jumping out of the water can result in injury to the operator and damage to the boat, or in the most extreme cases, death to the boater. Both silver and bighead carp pose a threat to the local Louisiana freshwater fishery by out competing local fish for food. |
food that contain fiber | Dietary fiber or roughage is the indigestible portion of food derived from plants. It has two main components: 1 Soluble fiber, which dissolves in water, is readily fermented in the colon into gases and physiologically active byproducts, and can be prebiotic and viscous. Consistent intake of fermentable fiber through foods like berries and other fresh fruit, vegetables, whole grains, seeds, and nuts is now known to reduce risk of some of the world’s most prevalent diseases — obesity, diabetes, high blood cholesterol, cardiovascular disease, and numerous gastrointestinal disorders. | Most plant-based foods, such as oatmeal and beans, contain both soluble and insoluble fiber. However, the amount of each type varies in different plant foods. To receive the greatest health benefit, eat a wide variety of high-fiber foods. | Vegetables contain a high amount of water, fiber, vitamins and minerals. Brussels sprouts have one of the highest amounts of soluble fiber. A 1/2-cup serving contains 2 grams. Turnips, sweet potatoes and asparagus all have 1.7 grams or more. This classification of foods, which includes beans, lentils, peanuts and peas, is high in both soluble and insoluble fiber. Black beans, kidney beans and navy beans are especially high in soluble fiber. Each contains at least 2 grams per 1/2-cup serving | Fiber — along with adequate fluid intake — moves quickly and relatively easily through your digestive tract and helps it function properly. A high-fiber diet may also help reduce the risk of obesity, heart disease and diabetes. Here's a look at the fiber content of some common foods. Read nutrition labels to find out exactly how much fiber is in your favorite foods. Women should try to eat at least 21 to 25 grams of fiber a day, while men should aim for 30 to 38 grams a day. *Fiber content can vary among brands. | Eating fiber-rich whole foodsnot foods that tout added fiberis the best way to increase your fiber intake, says Carolyn Brown, RD, a nutritionist at Foodtrainers, in New York City. Here is a list of high-fiber foodsand tasty recipes that contain them. Watch the video: 3 Ways to Get More Fiber. Next: Corn. Fiber can lower blood sugar, cut cholesterol, and may even prevent colon cancer and help you avoid hemorrhoids. If it were a drug, the world would be clamoring for it. But few people are getting enough. Women should get about 25 grams a day and men at least 35 to 40, but the average person gets just 15 grams a day. |
what foods are a good source of collagen | Red fruits and vegetables also are excellent sources to up the collagen content of foods in the diet. The presence of lycopenes in these types of foods helps to act as antioxidants, which in turn increases collagen production. Try adding rep peppers, beets, and fresh or stewed tomatoes to the diet. | If you want to avoid any collagen products that contain animal products, look for supplements that specify a vegetable source, or at least are marked with a phrase like no animal products. An alternative is to consume foods and take vitamins such as Vitamin C, that support healthy production of collagen in the body. | Collagen is a type of protein that is used as connective and support tissue throughout the body. According to Human Biochemistry and Disease, collagen makes up 75 percent of our skin composition and 30 percent of our bodies overall. | From plant foods, legumes are significant sources of lysine, especially peanuts. Fresh fish, especially their heart tissues, are also rich in coenzyme Q-10, which promotes collagen regeneration inside the body. | 6. Aside from tomatoes, red fruits and vegetables are also considered good sources of lycopene. Beets and red peppers make tasty additions to your diet. Aside from lycopene, these red natural foods also contain plenty of antioxidants which promote collagen and battle other signs of aging. |
how does videolicious work | PLR-MRR-Products.com 1. Videolicious Videolicious is a video creation app made for iOS system that lets you create great-looking HD videos in a quickly and easily. Videolicious does all the work of combining your video clips, photos and sound together to create a powerful, professional quality video. All you do is provide the content. It runs on iPhone 4 / 4S / 5, iPod Touch 4 / 5, and iPad 2 / 3 / 4 / Mini running iOS 6 and higher. | In this series, I will show you a great free app every week. In this particular video, I do an app review of Videolicious, this app allows you to shoot video and have it edited for you. This app is very unique in what it does, and the output is worth all of the work. Made by ToolgyTV. Visit http://toolgy.com for more. | It’s ridiculously easy to use. Once you select the template you want, Videolicious walks you through three simple steps. In step one, you select the video files or photos you want to include in your production. Each production is limited to a combination of 10 photos or video clips. | Videolicious is the video solution for media that any journalist can use. In the field, collect key ... more Videolicious is the video solution for media that any journalist can use. In the field, collect key soundbites and automatically layer supporting footage to create a video accompanying a news article. | Description. Over 3,000,000 downloads! Videolicious 3 is beautifully designed to make high quality video creation even easier and faster! Instantly weave together interviews, videos, photos, music and more into a sophisticated video production—in seconds. Just talk and tap—or watch and tap—to make the perfect video. |
define genetically modified | genetically modified adjective. C1 A genetically modified plant or animal has had some of its genes changed scientifically: genetically modified food/crops. (Definition of genetically modified from the Cambridge Advanced Learners Dictionary & Thesaurus © Cambridge University Press). See all translations. | Definition. Meat and edible plants modified through genetic engineering. Although humans have genetically modified animal and plants since the beginning of civilization, they did it through selective breeding possible only within the same species through natural reproduction over decades or centuries. | Frequently asked questions on genetically modified foods. These questions and answers have been prepared by WHO in response to questions and concerns from WHO Member State Governments with regard to the nature and safety of genetically modified food. | Genetically modified organism. Definition. noun. An organism whose genetic material has been modified or altered, especially through genetic engineering techniques. Supplement. | organisms (GMO's) on health and the environment. Environmental impacts of genetically modified crops by Hashange, Hilma / Namibia Economist (Windhoek, Namibia). Summary: CHICAGO, Shawwal 28, 1431 H/Oct 07, 2010, SPA -- Corn that is. to resist pests benefits neighboring crops as well, Reuters quoted U. |
what does cinque terre mean | Cinque Terre Monterosso al Mare Vernazza Corniglia Manarola Riomaggiore. The Cinque Terre (. [ˈtʃiŋkwe ˈtɛrre]) is a rugged portion of coast on the Italian Riviera. It is in the Liguria region of Italy, to the west of the city of La Spezia. The Five Lands comprises five villages: Monterosso al Mare, Vernazza, Corniglia, Manarola, and Riomaggiore. The coastline, the five villages, and the surrounding hillsides are all part of the Cinque Terre National Park and is a UNESCO World Heritage Site. Over the centuries, people have carefully built terraces on the rugged, steep landscape right up to the cliffs that overlook the sea. | The Cinque Terre is a batch of five villages off of Italy and it is also a coast off of the Italian Rivera. The five villages making up the Cinque Terre are the Monterosso al … Mare, Vernazza,Cornigalia,Manarola, and Riomaggiore. Username: Yourspam. | The Cinque Terre trails between villages are a national park. Hiking in the Cinque Terre is one of the biggest draws to the region itself, and it has been for many years. More recently, however, the trails that link the five towns have become a national park. Anchovies are a common menu item in the Cinque Terre. Tourism is the #1 industry in the Cinque Terre these days, but there’s still plenty of fishing going on off the coast – and much of what the local fisherman catch ends up on dinner plates throughout the region every day. | Cinque Terre, which means Five Lands, comprise the five small coastal villages of Riomaggiore, Manarola, Corniglia, Vernazza and Monterosso located in the Italian region of Liguria. They are listed on the UNESCO World Heritage List. | Cin·que Ter·re. A group of five villages (Monterosso, Vernazza, Corniglia, Manarola, Riomaggiore) of northwest Italy on the Ligurian Sea southeast of Genoa. Built into the sheer rocky coast, they are famed for their rugged scenery. |
who coined the term democratic socialist | The term democratic socialism can be used even another way, to refer to a version of the Soviet model that was reformed in a democratic way. For example, Mikhail Gorbachev described perestroika as building a new, humane and democratic socialism.. Democratic socialism became a prominent movement at the end of the 19th century. In Germany, the Eisenacher socialist group merged with the Lassallean socialist group, in 1875, to form the German Social Democratic Party. | Communism and Socialism. According to historian Richard Pipes, communism -- a term that was coined in Paris in the 1840s -- refers to an ideal of full social equality that in its most extreme form calls for the dissolution of the individual in the community.. | Democratic socialism became prominent in the late 19th century. It was after World War 1 that Democratic socialism had its footing in Europe. In the US also, Democratic socialism became a great movement after socialist Eugene V Debs. Democratic socialism has now spread to Latin America, Asia and many other regions. Summary. 1. Socialism can be defined as a system of collective ownership and management of the means of production and the distribution of goods. Democratic socialism gives more importance to a democratic character. 2. | The term “Democrat Party” was coined for precisely for the linguistic reasons outlined above: the “ Democratic Party” is just another political organization, while the “ Democrat Party” is a bunch of rats and similar less-than-human life forms. The use of the term “Democrat Party” as a pejorative epithet dates back to the 1940s. I’d argue that it’s an earlier version of Lee Atwater’s infamous racist Southern Strategy by which the GOP could reach out to racists in a way that didn’t appear overtly racist. | State socialism can be used to classify any variety of socialist philosophies that advocates the ownership of the means of production by the state apparatus, either as a transitional stage between capitalism and socialism, or as an end-goal in itself. They presented socialism as an alternative to liberal individualism, that advocated a society based on cooperation. The term socialism is attributed to Pierre Leroux, and to Marie Roch Louis Reybaud in France; and in Britain to Robert Owen in 1827, father of the cooperative movement. |
what is recorded post | recorded post is when you sign your item at the postoffice if its a valuable content, they put a lable on it so they are liable to deliver it with care. registered is when you have to sign for something as it arrives. | After the transactions are recorded in these journals, you post the summary of all the transactions in each journal to the general ledger, which contains all of a company's accounts. An account is a separate, detailed record associated with a specific asset, liability, equity, revenue, or expense item. | I believe that registered and recorded are the same. Special delivery is guaranteed next day but registered/recorded isn't, it could take up to three days. Both have to be signed for by the receiver. wbarob1 · 9 years ago. | Best Answer: There is much confusion about Recorded Delivery. The item cannot be posted in a letter box but must be handed over the PO counter. It then travels with the ordinary mail and is outsorted at the far end so that the delivery postman can obtain a signature. | Answers. Best Answer: Recorded Delivery is a service that is similar to Certified Mail. The big difference is that Certified Mail can only be used for Domestic Mail, and Recorded Delivery is only available for International Mail. Recorded Delivery is not available to all countries. |
what kind of pain does arthritis cause | The most common symptoms of arthritis involve the joints. Joint pain and stiffness, mostly in the morning, are typical signs, along with swelling of the joints. You may also experience a decrease in range of motion of your joints or redness of the skin around the joint. There are more than 100 different types of arthritis, all of which have different causes and treatment methods. The symptoms of arthritis usually appear gradually but they may also occur suddenly. Arthritis is most commonly seen in adults over the age of 65 but it can also develop in children and teens. | Arthritis is inflammation of the joints (the points where bones meet) in one or more areas of the body. There are more than 100 different types of arthritis, all of which have different causes and treatment methods. The symptoms of arthritis usually appear gradually but they may also occur suddenly. Arthritis is most commonly seen in adults over the age of 65 but it can also develop in children and teens. | 1 Arthritis is inflammation of one or more joints. 2 Symptoms of arthritis include pain and limited function of joints. 3 Arthritis sufferers include men and women, children and adults. 4 A rheumatologist is a medical arthritis expert. 5 Earlier and accurate diagnosis can help to prevent irreversible damage and disability. | Some, but not all types of arthritis, are the result of misdirected inflammation. Arthritis is a general term that describes inflammation in joints. Some types of arthritis associated with inflammation include: 1 Rheumatoid arthritis. 2 Psoriatic arthritis. 3 Gouty arthritis. 4 Systemic lupus erythematosus | This makes the movement of affected joints more difficult and painful. In time, bones may rub directly against one another inside the joint, causing severe pain. Inflammation can also result from this constant, painful friction. OA most often affects knees, hips, hands, and the spine. In most cases, OA does not affect the same joint on both sides of the body, such as both knees. The intensity of pain varies from person to person. |
what foods have fructose | Many foods containing fructose are otherwise healthy and nutritious, such as fruits and some vegetables. High-fructose foods include banana, blackberry, cherry, fig, kiwi, mandarin, mango, star fruit, rockmelon, grapefruit, pineapple and raspberries. | Aliment Pharmacol Ther 2013. Foods high in fructose and fructans include many fruits, berries, honey, some vegetables and cereal products. In some countries fructose is commonly used as a sweetener in snacks and soft drinks, e.g. in the form of high fructose corn syrup (HFCS). | People who have fructose intolerance should limit high-fructose foods, such as juices, apples, grapes, watermelon, asparagus, peas and zucchini. Some lower fructose foods — such as bananas, blueberries, strawberries, carrots, avocados, green beans and lettuce — may be tolerated in limited quantities with meals. | Fructose is a sugar found naturally in fruits, fruit juices, some vegetables and honey. Fructose is also a basic component in table sugar (sucrose), and high-fructose corn syrup is used to sweeten many processed foods and beverages. | Fruits. 1 Most tree fruits contain high levels of fructose. 2 These fruits include bananas, apples, citrus fruits as well as grapes. 3 Pears also have high fructose levels. 4 Pears can be obtained in syrup, canned, bottled or in its natural form. |
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