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Zebra,Beaver,Duck,Chipmunk | B,U,7,2 |
B,U,7,2 | B,U,7,2 |
U | What answers did everyone put? |
What answers did everyone put? | Okay so what answer did everyone put to see if we all put the same answer? |
Okay so what answer did everyone put to see if we all put the same answer? | I put 7 and U |
I put 7 and U | I put U and 2 |
I put U and 2 | I selected U and 2 as they are vowels and even number |
I selected U and 2 as they are vowels and even number | U,2 |
U,2 | I think it would be 7 to test if it would be incorrect |
I think it would be 7 to test if it would be incorrect | Duck - give your answer |
Duck - give your answer | I put U and 2 (forgot to put a number forint so was just deciding which to put) |
I put U and 2 (forgot to put a number forint so was just deciding which to put) | So shall we say U and 2?? |
So shall we say U and 2?? | but it says it might be as simple as we think and it seems pretty simple to put U and 2 as that is the vowel and the even number |
but it says it might be as simple as we think and it seems pretty simple to put U and 2 as that is the vowel and the even number | *might not |
*might not | yes i agreee |
yes i agreee | So is it 7 ? |
So is it 7 ? | I think if it was U and 2 then you wouldn''t be able to see if the theory was incorrect so i reckon its U and 7 |
I think if it was U and 2 then you wouldn''t be able to see if the theory was incorrect so i reckon its U and 7 | i vote U and 7 |
i vote U and 7 | yeah so you need one of each to see if its right |
yeah so you need one of each to see if its right | is it 2 cards or one that should be flipped |
is it 2 cards or one that should be flipped | 2 |
2 | Ok U & 7 |
Ok U & 7 | so we are agreeing to the fact that we need a letter and a number card? |
so we are agreeing to the fact that we need a letter and a number card? | yes |
yes | yeah think so bc we need to test the vowel one and the even number one so have too do both to see if its right |
yeah think so bc we need to test the vowel one and the even number one so have too do both to see if its right | if we picked both letter cards we could find the rule out though |
if we picked both letter cards we could find the rule out though | one vowel, one consonant |
one vowel, one consonant | im starting to think you need all the cards to test the rule |
im starting to think you need all the cards to test the rule | not just 2 |
not just 2 | I don''t think it matters |
I don''t think it matters | I reckon it works with just the U and 7 |
I reckon it works with just the U and 7 | if we turn the U over and there is an even number we test its true |
if we turn the U over and there is an even number we test its true | because the logic we''ve applied to selecting 2 of the cards works just as well for any other combination of cards |
because the logic we''ve applied to selecting 2 of the cards works just as well for any other combination of cards | there is no where that says we can''t click them all I guess |
there is no where that says we can''t click them all I guess | if we turn the 7 over and their isnt a vowel we test its true |
if we turn the 7 over and their isnt a vowel we test its true | okay guys vote which one you want to do |
okay guys vote which one you want to do | I think 7 and U |
I think 7 and U | im gonna vote all |
im gonna vote all | All |
All | i think U and 7 too |
i think U and 7 too | Shall we go for all ? |
Shall we go for all ? | no i dont think we need to turn over all the cards |
no i dont think we need to turn over all the cards | shall we just put them all bc then that way we are still putting 7 and U but are putting the other ideas in too? |
shall we just put them all bc then that way we are still putting 7 and U but are putting the other ideas in too? | i think it works with just turning over two cards |
i think it works with just turning over two cards | but which 2 cards |
but which 2 cards | 7 and U I think |
7 and U I think | U & 7 |
U & 7 | coz you can turn over B and 7 and the rule can be proved right or wrong |
coz you can turn over B and 7 and the rule can be proved right or wrong | B,U,7,2 |
Unicorn,Bee,Duck,Chipmunk,Alpaca | 3,U,2,V |
3,U,2,V | everyone? |
there''s one vowel and one odd number, those are the two to flip to confirm | I BELIEVE I HAVE THE CORRECT SOLOUTION. |
I BELIEVE I HAVE THE CORRECT SOLOUTION. | I thought it was best to check all the cards since some showed vowels and others consonants and numbers. What did everyone else do? |
I thought it was best to check all the cards since some showed vowels and others consonants and numbers. What did everyone else do? | I think it''s U too. |
I think it''s U too. | u AND 2 FOLLOW THE RULE |
u AND 2 FOLLOW THE RULE | U and 3 |
U and 3 | If one side of a vowel is even, then the other side should be vowel |
Yes, it is U and 3 | Well U and 2 should follow the rule, but we don''t know unless or until the other side is checked. |
Well U and 2 should follow the rule, but we don''t know unless or until the other side is checked. | 3 IS NOT AN EVEN NUMBER, IT IS ODD |
3 IS NOT AN EVEN NUMBER, IT IS ODD | 2 doesn''t follow the rule, because the rule DOES NOT state that a constant can not be an even number |
2 doesn''t follow the rule, because the rule DOES NOT state that a constant can not be an even number | I''m aware 3 is odd, but if vowels have even numbers on the other side, you''d have to check 2 too. |
I''m aware 3 is odd, but if vowels have even numbers on the other side, you''d have to check 2 too. | in theory there could be a consenent behind 2, but to check the statement, 3 needs to flip to confirm |
in theory there could be a consenent behind 2, but to check the statement, 3 needs to flip to confirm | @ Unicorn, EXACTLY. Which is why if you turn over the 3 card and you get a vowel, it violates the rule, which is why you have to turn it over |
@ Unicorn, EXACTLY. Which is why if you turn over the 3 card and you get a vowel, it violates the rule, which is why you have to turn it over | it''s definitely U and 3 |
it''s definitely U and 3 | everyone agree? |
everyone agree? | 2 would be included too, since the rule is all cards with vowels on one side have an even number on the other, so 2 is even, so it should have a vowel on it too |
2 would be included too, since the rule is all cards with vowels on one side have an even number on the other, so 2 is even, so it should have a vowel on it too | so maybe U 2 and 3? |
so maybe U 2 and 3? | I still think it''s U |
I still think it''s U | All cards with vowels on one side have an even number on the other. |
All cards with vowels on one side have an even number on the other. | I agree with chipmunk U and 3 |
I agree with chipmunk U and 3 | I still say 2 too. in addition to u and 3. |
I still say 2 too. in addition to u and 3. | 2 WOULD HAVE TO HAVE A VOWEL IT IS AN EVEN NUMBER |
2 WOULD HAVE TO HAVE A VOWEL IT IS AN EVEN NUMBER | you don''t need 2 because it only mentions vowels, it makes hard rule against consenents |
you don''t need 2 because it only mentions vowels, it makes hard rule against consenents | @ Unicorn and Bee |
@ Unicorn and Bee | Maybe its U and 2 then |
Maybe its U and 2 then | it should have a vowel, but we don''t know unless we check |
it should have a vowel, but we don''t know unless we check | Read the rules, constants can be an even card |
Read the rules, constants can be an even card | Exactly, Chipmunk gets it |
Exactly, Chipmunk gets it | but since 2 is even, it should have a vowel on the other side |
but since 2 is even, it should have a vowel on the other side | so we should check it |
so we should check it | @ Bee, NO |
@ Bee, NO | AGREE BEE |
AGREE BEE | we doen''t need to know what 2 has |
we doen''t need to know what 2 has | This is the only rule: All cards with vowels on one side have an even number on the other. |
This is the only rule: All cards with vowels on one side have an even number on the other. | 2 could be either a vowel or consenant |
2 could be either a vowel or consenant | U |
U | the rule is even number on one side, vowel on the other. so to check the rule, check the 2 |
the rule is even number on one side, vowel on the other. so to check the rule, check the 2 | No, a constant can have an even number too! |
No, a constant can have an even number too! | you''re wrong if you check the 2 |
you''re wrong if you check the 2 | it''s only U and 3 |
it''s only U and 3 | they prove the rule out of the 4 cards shown |
they prove the rule out of the 4 cards shown | so would 2 |
so would 2 | since it is an even number |
since it is an even number | The rule DOES NOT say that a constant has to be even or odd! |
The rule DOES NOT say that a constant has to be even or odd! | BEE, consenants can have eve or odd numbers, |
BEE, consenants can have eve or odd numbers, | if there are two sides to a card, and if one side has a vowel, there''s an even number on the side, then 2 should be checked. it''s an even number. |
if there are two sides to a card, and if one side has a vowel, there''s an even number on the side, then 2 should be checked. it''s an even number. | WE ARE MERELY CHECKING THE RULE OF WHAT IS GIVEN PROVES THE RULE. 3 WILL NOT PROVE THE RULE BECAUSE IT IS NOT EVEN.. |
WE ARE MERELY CHECKING THE RULE OF WHAT IS GIVEN PROVES THE RULE. 3 WILL NOT PROVE THE RULE BECAUSE IT IS NOT EVEN.. | It would make a stronger test to prove the rule to include the 3 (u, 2,3) than just u and 3 |
It would make a stronger test to prove the rule to include the 3 (u, 2,3) than just u and 3 | bee, it''s a trick, you only go by the rule as stated, think critically |
bee, it''s a trick, you only go by the rule as stated, think critically | So what do you say to check Unicorn? |