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 |
|---|---|---|---|---|---|---|
10,200 | 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 72 cause 60 is a half of 120 but it’s 3/5 and that’s not a half and it’s over and all of the numbers were below 60 except 72 so that’s the answer | True_Correct | null |
10,201 | 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 3/5 of 120 is 72. | True_Correct | null |
10,202 | 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 just a bit bigger than a half | True_Correct | null |
10,203 | 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 the only one over a half | True_Correct | null |
10,204 | 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? | \( 72 \) | Just do the busstop method the x by 3 | True_Correct | null |
10,205 | 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? | \( 72 \) | Just guessed cause I'm worried i’ll run out of time | True_Neither | null |
10,206 | 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 answer is 72 because 5 into 120 goes 24 times and if 3/5 of the counters are red I timed 24 by 3 to get 72 with help. | True_Correct | null |
10,207 | 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 sister helped me practice the method of how to do this. Then I put my practice to test and managed to solve it all by myself. | True_Neither | null |
10,208 | 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? | \( 72 \) | On a bar model we can split it into 5 and the total would be 120 we also know that each one is 24 as 120 divided by 5 is 24
24x3 is 72 | True_Correct | null |
10,209 | 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 and that times three is 72. | True_Correct | null |
10,210 | 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 three fifths are 72 | True_Correct | null |
10,211 | 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 three fifths is 72 | True_Correct | null |
10,212 | 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 them by three you get 72 | True_Correct | null |
10,213 | 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 |
10,214 | 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 so you need to multiply 24 by 3 to get three fifths of 120. | True_Correct | null |
10,215 | 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 then 24 times three is 72 | True_Correct | null |
10,216 | 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, times that by 3 = A. | True_Correct | null |
10,217 | 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 half of 120 is 60 so it must be bigger than 60 so 72 is the only answer | True_Correct | null |
10,218 | 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? | \( 72 \) | See how much 5 goes into 120 which is 24 and then you times 24 by 3 equals 72 | True_Correct | null |
10,219 | 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 3/5 of the counters are red I did 3/5 of 120.120 divided by 5 was 24 and since it was 3/5 I multiplied it by 3 and got 72. | True_Correct | null |
10,220 | 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 first I did 120/5 which is 24 then 24 x 3=72 so the ANSWER is 72😜. | True_Correct | null |
10,221 | 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 you have to do 120÷5 =24 and then you do 24x3 | True_Correct | null |
10,222 | 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? | \( 72 \) | Split into 5 equal part - 120 divided by 5 = 24. 24, 3 times is 72. | True_Correct | null |
10,223 | 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? | \( 72 \) | THERE IS 24 5s IN 120 THEN 24 X 3= 72 | True_Correct | null |
10,224 | 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 because you do 120 divided by 5 and multiplied by in which you get 72 | True_Correct | null |
10,225 | 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 because you do 120 divided by 5 and then multiplied my 3 in which you get 72 | True_Correct | null |
10,226 | 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 1/5 of 120 = 24. To find out the value of 3/5 then we need to multiply 24 by 3 which is 72. | True_Correct | null |
10,227 | 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 120 divided by 5 = 24
24 x 3 = 72 | True_Correct | null |
10,228 | 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 you have to divide 120 by 5 then times it by three. | True_Correct | null |
10,229 | 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, the way i worked it out was that i did 120 divided by 5= 24, then i did 24 times 3 to get my answer of 72. | True_Correct | null |
10,230 | 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 because 120 divided by 5 is 24 and 24 times 3 is 72. | True_Correct | null |
10,231 | 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 because 120 divided by 5 is 24 and 24 times 3 is 72. | True_Correct | null |
10,232 | 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 because 120 divided by 5=24. 24x3=72. | True_Correct | null |
10,233 | 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 because you can use a bar. Divide 120 by 5 and you get 24 and then add 3 24s which is 72. | True_Correct | null |
10,234 | 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 becuase 120 divided by 5 is 24, and 3x24 is 72. Also, for the previous question I meant 1250, not 2250 | True_Correct | null |
10,235 | 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 because you divide 120 by 5 and you get 24 then you multiply it by the numerator which is 3 and you obtain 72. | True_Correct | null |
10,236 | 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 reason it is 72 is because 120 divided by 5 equals 24x3 =72 | True_Correct | null |
10,237 | 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 reason why the answer is 75 is because you need to do 120 divided by 5 x3... | True_Correct | null |
10,238 | 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 way I worked this out was I did 120 divided by 5 and that is 1/5 so then I multiplied my answer by 3 and that got me 3/5 | True_Correct | null |
10,239 | 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? | \( 72 \) | There are 4 fives in 20 and 6 twenties in 120 so we do 4x6 for one unit share, giving us 24. As there are 3 unit shares then we do 24x3 giving us 72. | True_Correct | null |
10,240 | 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? | \( 72 \) | There are 60 red counters because 3/5 is 0.6 as a decimal so to turn it into a whole number or a
percentage, we need to multiply it by a hundred because the whole is a hundred.
%= 100 | True_Neither | null |
10,241 | 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? | \( 72 \) | There are 72 counters because 3/5 of 120 is 72 and they are asking for the red counters. | True_Correct | null |
10,242 | 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? | \( 72 \) | There are 72 counters because if you take the total(120) and multiply it by 3/5 (0.6) you get 72 | True_Correct | null |
10,243 | 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? | \( 72 \) | There are 72 red counters as the intervals go in 24 and the fraction is 3/5 to red and if you add the remaining 2/5 you get 120 | True_Correct | null |
10,244 | 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? | \( 72 \) | There are 72 red counters because 3/5 is equivalent to 72/120 when you times the denominator and numerator by 24. | True_Correct | null |
10,245 | 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? | \( 72 \) | There is 72 red counters because 60 is half way and 3/5 is over half way and all the other fractions are below 60 therefore 72 is correct | True_Correct | null |
10,246 | 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? | \( 72 \) | These questions are really tough Mrs Barrow!
But, I was resilient and used my problem solving brain.
I know that it is easier to find 1/5 first, so I divided 120 by 5.
1) 120/5 = 24
I then just multiplied 24 x 3 = 72.
My answer is:
There are 72 red counters. | True_Correct | null |
10,247 | 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 because if you divide 120 by 5 and times it by 3 you get this | True_Correct | null |
10,248 | 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 72 because 1/5 of 120 is 24 so times this by 3 | True_Correct | null |
10,249 | 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 = 24 and 24 times 3 = 72. | True_Correct | null |
10,250 | 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 = 24x3 = 72 | True_Correct | null |
10,251 | 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 =24 and 24x3=72 | True_Correct | null |
10,252 | 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 3/5 of 120 is 72. | True_Correct | null |
10,253 | 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 72 is the result when you divide 120 by 5 and multiply by 3. | True_Correct | null |
10,254 | 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 I divided 120 by 5 and then I times the answer by 3 | True_Correct | null |
10,255 | 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 120 divided by 5 is 24 and 24 multiplied by 3 is 72. | True_Correct | null |
10,256 | 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 3/5 of 120 is 72. | True_Correct | null |
10,257 | 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 you divide 120 by 5 is 24 so then I multiplied it by 3 and I got 72 | True_Correct | null |
10,258 | 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, 120 divided by ten equals 12, twelve times six is equivalent to 3/5 of 120, six times twelve is seventy two. | True_Correct | null |
10,259 | 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 closest to my original answer . | True_Neither | null |
10,260 | 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? | \( 72 \) | Three fifths are more than a half and B, C and D are either a half or less | True_Correct | null |
10,261 | 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? | \( 72 \) | Three fifths are more than half so the only answer more than half is 72 because 60 is half and the rest are less. | True_Correct | null |
10,262 | 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? | \( 72 \) | Three fifths is more than a half. 72 is the only answer greater than a half of 120. | True_Correct | null |
10,263 | 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? | \( 72 \) | Three fithes is more than half which is sixty so the only higher option is seventy two | True_Correct | null |
10,264 | 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 answer this question you would divide 120 by 5 to find what one fifth was, which is 24 and then you would multiply it by three to find out three fifths, so your answer is 72. | True_Correct | null |
10,265 | 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, you need to divide 120 by 5 which is 24. Then, you multiply it by 3 to get three fifths which is 72. | True_Correct | null |
10,266 | 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 3/5 of 120, you do 120 divided by five, and then multiply it by 3. That is 72. Red is 3/5, so there are 72 red counters. | True_Correct | null |
10,267 | 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 a fraction of a number you divide by the bottom and times by the top. 120 divided 5 is 24. 24 times 3 is 72. | True_Correct | null |
10,268 | 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 out how many red counters there are, divide 120 by 5. This gets you 24. Next, times 24 by 3. This gets you to 72. There are 72 red counters | True_Correct | null |
10,269 | 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 out how many red counters there were I needed to do 3/5 of 120. First I found 1/5 of 120 which was 24. Then, I needed to multiply it by 3. The answer was 72. | True_Correct | null |
10,270 | 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 to do this question you have to find a fraction of a number. To do that you that you divide 120 by 5 then multiply it by 3. The answer is 72 which is the answer to A. | True_Correct | null |
10,271 | 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 1/5 you divide 120 by 5 which is 24. To find 3/5 you have to remember to multiply 24 by 3 which is 72. | True_Correct | null |
10,272 | 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 fractions of amounts you divide by the denominator and multiply by the the numerator. 120/5=24. 24*3=72 | True_Correct | null |
10,273 | 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 how many red counters there are you need to do 3/5 of 120. 120 divided by 5 equals 24. 24 x 3 = 72. There are 72 red counters. P.S. There are 48 blue counters. | True_Correct | null |
10,274 | 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? | \( 72 \) | U do 120 divided by 5 then times by 3 | True_Correct | null |
10,275 | 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 half of 120 is 60. Then 5 12s are 60 so you have to add another 12 | True_Correct | null |
10,276 | 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, one fifth of 120 is equal to 24 (24 x 5 = 120) so to find 3 fifths, I need to multiply 24 by 3, which is 72. 24 + 24 = 48 and 48+24= 72. | True_Correct | null |
10,277 | 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 I did was I divided 120 by 5 and then timesed by 3 and then I got 72 | True_Correct | null |
10,278 | 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 you do is you divide by 5 to get 24 and then times by 3 to get 72 | True_Correct | null |
10,279 | 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? | \( 72 \) | When I first looked at this question, I knew it was immediately 72 because the fraction 3/5 is just over half and 72 was the only answer that fit it. | True_Correct | null |
10,280 | 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? | \( 72 \) | When working out of,You divide by the bottom-I divided 120 by 5 which was 24(an optional answer) but then I hadn't multiplied it by the top which gave me my answer 72. | True_Correct | null |
10,281 | 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? | \( 72 \) | When you divide 120 by 5 you get the answer 24 which you then times by 3 which equals 72 | True_Correct | null |
10,282 | 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 10 then times it by 3 | True_Neither | null |
10,283 | 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 = 24, then x by 3 = 72. | True_Correct | null |
10,284 | 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 multiply that number by 3 which turns out to be 72. | True_Correct | null |
10,285 | 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 times it by 3 | True_Correct | null |
10,286 | 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 times it by 3 | True_Correct | null |
10,287 | 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 equals 24 and then times it by 3 equals 72 | True_Correct | null |
10,288 | 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 is 24 then times 24 by 3 is 72 | True_Correct | null |
10,289 | 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 then times by 3 | True_Correct | null |
10,290 | 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 to get 1/5 = 24 then x by 3 to get 72 | True_Correct | null |
10,291 | 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 which is 24 and times that by 3 which is 72. | True_Correct | null |
10,292 | 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 five then times it by get 72. | True_Correct | null |
10,293 | 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= 24 times by 3=72 | True_Correct | null |
10,294 | 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 you times by the rop | True_Correct | null |
10,295 | 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 it by 5 and then times by 3 | True_Correct | null |
10,296 | 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 it by the denominator [5] then with that answar you times it by the numorater [3] | True_Correct | null |
10,297 | 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 = 24 then times by 3 = 72. | True_Correct | null |
10,298 | 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 and then times the answer by 3 which is 72 | True_Correct | null |
10,299 | 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 because there are 5 parts Then you do the answer which is 24 x 3 because 3 parts of the whole is red so the answer is 72 | True_Correct | null |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.