row_id int64 0 36.7k | QuestionId int64 31.8k 109k | QuestionText stringclasses 15
values | MC_Answer stringclasses 49
values | StudentExplanation stringlengths 1 586 | Category stringclasses 6
values | Misconception stringclasses 35
values |
|---|---|---|---|---|---|---|
10,700 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | it's a because you divide by the bottom times by the top | True_Correct | null |
10,701 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | it's more than half and the only answer with more than half and makes sense is A=72 | True_Correct | null |
10,702 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | its a since 100 is 20 and 20 is 4 so 24x3 is 72 | True_Correct | null |
10,703 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | its going up in 24 so if you do 24 x 3 you get 72 | True_Correct | null |
10,704 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | its the only one it can be because 60 would be 2.5 over 5 but 72 would be A. | True_Correct | null |
10,705 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | its the only one over halfway | True_Correct | null |
10,706 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | l think this because 3/5 of 120 is 72. | True_Correct | null |
10,707 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | make 120 into a fifth then times it by 3 | True_Correct | null |
10,708 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | make it 6/10 and divide by bottom and times by top | True_Correct | null |
10,709 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | multiply the fraction so the denominator is 120 then the numorator will be the answer | True_Correct | null |
10,710 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | my mom helped me with this one | True_Neither | null |
10,711 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | my mummy and my brother did it for me because i did not understand . | True_Neither | null |
10,712 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | my teacher explained it to me | True_Neither | null |
10,713 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | of means X, so 3/5 of/X 120 = 72 | True_Correct | null |
10,714 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | one fifth equals 24 since you want 3 fifths you times 24 by 3 and it gives you 72 | True_Correct | null |
10,715 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | one fifth is 24 24 times 3 is 72 | True_Correct | null |
10,716 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | one fifth is 24 so times 24 by 3 which equals 72 | True_Correct | null |
10,717 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | one fifth is 24 then you times that by 3 to get 72 | True_Correct | null |
10,718 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | one fifth is 24 times 3 equals 72 | True_Correct | null |
10,719 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | one fifth is 24, so 3 fifths are 72 | True_Correct | null |
10,720 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | one fifth is 24, so 3 fifths is 72 | True_Correct | null |
10,721 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | one fifth of 120 = 24 so 24 x 3 = 3 fifths = 72 | True_Correct | null |
10,722 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | one fifth of 120 is 24
24 times 3 is 72 | True_Correct | null |
10,723 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | one fifth of 120 is 24 and 24 times by 3=72 | True_Correct | null |
10,724 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | only thing it can be . | True_Neither | null |
10,725 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | right so you do 120 divided by your firve and you tines 24 wby 3 | True_Correct | null |
10,726 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | since 120 divided by 5 is 24
24 x 3 = 72 | True_Correct | null |
10,727 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | sixty is half so it would have to be over | True_Correct | null |
10,728 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | so 3/5 of 120 is 120 divided by 5 is 24 then 24*3 is 72 | True_Correct | null |
10,729 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | so i put this because . i divided 120 by 5 and multiplied by 3 | True_Correct | null |
10,730 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | teacher did it on the board | True_Neither | null |
10,731 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | that is what i got on pen and papper | True_Neither | null |
10,732 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | the 3/5 red counters is higher than a 1/2 so you will pick the highest one | True_Correct | null |
10,733 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | the answer is 72 because 3/5 as a percentage is 60% so 60% of 120 is 72 | True_Correct | null |
10,734 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | the answer is a as you have to work out 3/5 of 120 which equals 72 so a is the answer. | True_Correct | null |
10,735 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | think it is 72 because it is the biggest number there | True_Neither | null |
10,736 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | this is as 120 divided by 5 =24. 24 timze 3=72 | True_Correct | null |
10,737 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | this is because 120 divide it by 5 is 24. 24 times 3 is 72. | True_Correct | null |
10,738 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | this is because 120 divided by 5 is 24 and that times by 3 is 72 | True_Correct | null |
10,739 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | this is because you do 120 divided by 5 and then 24 multiplied by 3 | True_Correct | null |
10,740 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | this is because you find 3/5 of 120 which is 72 | True_Correct | null |
10,741 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | this is the answer because u have to divide 120 by 5 (24)then times 24 by 3 | True_Correct | null |
10,742 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | this looked like a reasonable answer | True_Neither | null |
10,743 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | this time i did 120 divided by 5, which was 24, then timesed that by 3 which gave me 72. | True_Correct | null |
10,744 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | to find 1/5 = 120 divided by 5 = 24. 24 x 3 = 72 | True_Correct | null |
10,745 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | to get one 5th you divide by five then to get three of them you times that by 3 | True_Correct | null |
10,746 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | to work out 3/5 of 120, you do 120 divided by 5 which equals 24 and then 24 times 3 equals 72 so your answer is 72 | True_Correct | null |
10,747 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | to work out the answer I divided 120 by 5 and multiplied the answer by 3 | True_Correct | null |
10,748 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | too me it makes the most logical sence | True_Neither | null |
10,749 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | we did this one as a class | True_Neither | null |
10,750 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | we times 3/5 by 120 and times again by 3 | True_Neither | null |
10,751 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | well 60 is half and 3/5 is close to 1/2 so 72 is the answer | True_Neither | null |
10,752 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | well i realy dont know but it just seems right | True_Neither | null |
10,753 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | what u have to do is divied 120 by 5 then add the answer 3 times | True_Correct | null |
10,754 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | work out what 1/5 is and times by 3 | True_Correct | null |
10,755 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you didvide by 5then x by 3 | True_Correct | null |
10,756 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you divide 120 by 5 and then times 24 by 3 ten you got 72 | True_Correct | null |
10,757 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you divide 5 by 120 then times 24 by 3 | True_Correct | null |
10,758 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you divide by the bottom and times by the top | True_Correct | null |
10,759 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you divied the denomnater and times by the denomnayer | True_Neither | null |
10,760 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you do 1/5 of 120 witch is 24 then times that by 3 | True_Correct | null |
10,761 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you do 120 divided by 5 then multiply it by 3 | True_Correct | null |
10,762 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you do 120 divided by 5 times by 3 and you get 72 | True_Correct | null |
10,763 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you do 120 divided by 5 which is 24 then you do 24 times 3 then you get your answer 72 | True_Correct | null |
10,764 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you do 3/5 into a persent and that is 60% and then do 60% of 120. | True_Correct | null |
10,765 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you do 3/5 of 120 which is 72 | True_Correct | null |
10,766 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you do 3/5 of 120 which is 72 | True_Correct | null |
10,767 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you do the formula is over of and then percent over 100 and 3/5 into a percent is 60%. Do the problem and you get 72. | True_Correct | null |
10,768 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you have to divide 120 by 5 then times it by 3 | True_Correct | null |
10,769 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you have to times 5 by 120 then divide 3 | True_Correct | null |
10,770 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you have to x 5 by 10 then add 10 then add 12 | True_Neither | null |
10,771 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you just divide 120 by 5 then times the answer by 3 to get the answer which is 72 | True_Correct | null |
10,772 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you need to 5 divide 120 and i got 24 then i did 3 times 24 and i got 72 and 72 is the answer. | True_Correct | null |
10,773 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you need to add up the 24 3 times | True_Correct | null |
10,774 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you need to covert the denominator to 120 then the numerator out of 120 | True_Correct | null |
10,775 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you need to divide 120 by 5 and times the answer by 3 | True_Correct | null |
10,776 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you need to divide 120 by 5 to get 24 and then times it by the numerator which is 72. | True_Correct | null |
10,777 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you work out one fifth and times it by 3 | True_Correct | null |
10,778 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you workout 3 out 5 of 120 what is 72 | True_Correct | null |
10,779 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you would find 1/5 by dividing by 5 which is 24, so to find 3/5 you would multiply 24 by 3, which is 72 | True_Correct | null |
10,780 | 31,777 | A box contains \( 120 \) counters. The counters are red or blue. \( \frac{3}{5} \) of the counters are red.
How many red counters are there? | \( 72 \) | you would have to divide 5 then times by 3 | True_Correct | null |
10,781 | 31,778 | \( \frac{A}{10}=\frac{9}{15} \) What is the value of \( A \) ? | \( 3 \) | (っ◔◡◔)っ ♥ I understand but i don`t need to write why ♥ | False_Neither | null |
10,782 | 31,778 | \( \frac{A}{10}=\frac{9}{15} \) What is the value of \( A \) ? | \( 3 \) | 1/10=3/15,Times that by 3 giving you 9/15 and thus making it 3/10=A | False_Neither | null |
10,783 | 31,778 | \( \frac{A}{10}=\frac{9}{15} \) What is the value of \( A \) ? | \( 3 \) | 1/10=3/15,Times that by 3, givingg you 9/15 and thus making it 3/10 =A | False_Neither | null |
10,784 | 31,778 | \( \frac{A}{10}=\frac{9}{15} \) What is the value of \( A \) ? | \( 3 \) | 10 pkus 5 is 15, and 4 plus 3 is 9. | False_Misconception | Additive |
10,785 | 31,778 | \( \frac{A}{10}=\frac{9}{15} \) What is the value of \( A \) ? | \( 3 \) | 10 plus five is 15 and 4 plus 5 is 9 | False_Misconception | Additive |
10,786 | 31,778 | \( \frac{A}{10}=\frac{9}{15} \) What is the value of \( A \) ? | \( 3 \) | 10/2 is 5 and 5x3 is 15 so if I do the same it is 3 | False_Neither | null |
10,787 | 31,778 | \( \frac{A}{10}=\frac{9}{15} \) What is the value of \( A \) ? | \( 3 \) | 10/2 is 5 andd 5x3 is 15 so if I do the same it is 3. | False_Misconception | Irrelevant |
10,788 | 31,778 | \( \frac{A}{10}=\frac{9}{15} \) What is the value of \( A \) ? | \( 3 \) | 10x3=30
So then something x 3 = 9 and I know that 3x3=9. So 3 is the value. | False_Misconception | Irrelevant |
10,789 | 31,778 | \( \frac{A}{10}=\frac{9}{15} \) What is the value of \( A \) ? | \( 3 \) | 10x3=30 15x3=30
ax3=9
so the value of a is 3 | False_Misconception | Irrelevant |
10,790 | 31,778 | \( \frac{A}{10}=\frac{9}{15} \) What is the value of \( A \) ? | \( 3 \) | 15 doesn't go into 15 so you convert it to 30 and 3x3=9 | False_Misconception | Irrelevant |
10,791 | 31,778 | \( \frac{A}{10}=\frac{9}{15} \) What is the value of \( A \) ? | \( 3 \) | 15 doesn't go into 15, so you convert it to 30 snd 3x3=9. | False_Misconception | Irrelevant |
10,792 | 31,778 | \( \frac{A}{10}=\frac{9}{15} \) What is the value of \( A \) ? | \( 3 \) | 15 is a multiple of 5 and so is 15. if a | False_Misconception | Irrelevant |
10,793 | 31,778 | \( \frac{A}{10}=\frac{9}{15} \) What is the value of \( A \) ? | \( 3 \) | 15 is the third number of the 5 times table | False_Misconception | Irrelevant |
10,794 | 31,778 | \( \frac{A}{10}=\frac{9}{15} \) What is the value of \( A \) ? | \( 3 \) | 15-5=10 so 9-5=3 so it should be 3/10 | False_Misconception | Additive |
10,795 | 31,778 | \( \frac{A}{10}=\frac{9}{15} \) What is the value of \( A \) ? | \( 3 \) | 3 because 3 times by 3 is nine | False_Misconception | Irrelevant |
10,796 | 31,778 | \( \frac{A}{10}=\frac{9}{15} \) What is the value of \( A \) ? | \( 3 \) | 3 because 3x3 = and then the dinominator ads 5 | False_Misconception | Irrelevant |
10,797 | 31,778 | \( \frac{A}{10}=\frac{9}{15} \) What is the value of \( A \) ? | \( 3 \) | 3 because 3x3 = and then the dinominator adds 5 | False_Misconception | Irrelevant |
10,798 | 31,778 | \( \frac{A}{10}=\frac{9}{15} \) What is the value of \( A \) ? | \( 3 \) | 3 because if you simplify 9/15 you get 3/10. | False_Neither | null |
10,799 | 31,778 | \( \frac{A}{10}=\frac{9}{15} \) What is the value of \( A \) ? | \( 3 \) | 3 because it hoes in 9 and 15 | False_Misconception | Irrelevant |
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