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 |
|---|---|---|---|---|---|---|
8,200 | 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? | \( 24 \) | i think this because it is the lowest number and the other numbers go way over it. | False_Neither | null |
8,201 | 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? | \( 24 \) | i think this because it's the lowest number and the other numbers go way over it | False_Neither | null |
8,202 | 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? | \( 24 \) | i think this because there are 120 counters alter gether | False_Neither | null |
8,203 | 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? | \( 24 \) | i think this because three fifths of 120 is 72. | False_Correct | null |
8,204 | 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? | \( 24 \) | i think this is because 120 divided by 5 is 24, so there are 24 red boxes. | False_Misconception | Incomplete |
8,205 | 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? | \( 24 \) | i think thus because when i worked out for this question i got an answer of 24. | False_Neither | null |
8,206 | 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? | \( 24 \) | i thinkk this because 120 divided by 5=24 and 24x3 is 72. | False_Correct | null |
8,207 | 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? | \( 24 \) | if you divided 120 by 5 you get 24. | False_Misconception | Incomplete |
8,208 | 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? | \( 24 \) | if you do 120 divided by 5 it 24 | False_Misconception | Incomplete |
8,209 | 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? | \( 24 \) | if you do 120 divided by 5 it is 24. | False_Misconception | Incomplete |
8,210 | 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? | \( 24 \) | if you do 5 times 20 you get 100 amd then you count to 120. | False_Neither | null |
8,211 | 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? | \( 24 \) | if you find 2 / 5 of 120 thenn it gets you to 24. | False_Neither | null |
8,212 | 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? | \( 24 \) | if you find 2/5 of 120 it gets you to 24 | False_Neither | null |
8,213 | 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? | \( 24 \) | im not sure but i know 1/5 is 0.2 and 3 of them are 0.6 and then that as a percentage is 60percent so the over bit is 40 percent | False_Neither | null |
8,214 | 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? | \( 24 \) | it is b because 5 times 20 equals 100 and 4 times 5 is 20, so adding 100 to 20 will be 120. | False_Neither | null |
8,215 | 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? | \( 24 \) | it is this one because it is the lowest one and 3/5 must be a lot of it taking up. | False_Neither | null |
8,216 | 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? | \( 24 \) | it will not be 60 because 3 / 5 is not half, so it's 48. | False_Neither | null |
8,217 | 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? | \( 24 \) | it won't be 60 because 3 / 5 isn't half so its 48. | False_Neither | null |
8,218 | 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? | \( 24 \) | the answer is b/24 as 120 divided by 5 is 24 so that means 24 red counters | False_Misconception | Incomplete |
8,219 | 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? | \( 24 \) | the answer is b/24 as 120 divided by 5 is 24 so that means 24 red counters. | False_Misconception | Incomplete |
8,220 | 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? | \( 24 \) | then you multiply that by 3 which equals 72. | False_Neither | null |
8,221 | 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? | \( 24 \) | to find the amswer you have to divide 120 by 5 and my answer was 24, so there are 24 red counters. | False_Misconception | Incomplete |
8,222 | 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? | \( 24 \) | to find the answer you have to divide 120 by 5 and my answer was 24 so there are 24 red counters. | False_Misconception | Incomplete |
8,223 | 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? | \( 24 \) | x = 10 and y = 100 so 20/5=4 add 20 and 4 together it makes 24 | False_Misconception | Incomplete |
8,224 | 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? | \( 24 \) | you divide 120 by 5 and then x3 | False_Neither | null |
8,225 | 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? | \( 24 \) | you divide 120 by 5 and then x3. | False_Neither | null |
8,226 | 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? | \( 24 \) | you have to do 3/5 of 120 | False_Neither | null |
8,227 | 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? | \( 48 \) | 1 / 5 IS 6, SO IF YOU TIMES IT BY 3 YOU'LL GETT 48. | False_Neither | null |
8,228 | 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? | \( 48 \) | 1 / 5 equals 24 so 2 of those will be 48. | False_Misconception | Wrong_Fraction |
8,229 | 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? | \( 48 \) | 1 / 5 is 6, so if you times it by 3 you'll get 48. | False_Neither | null |
8,230 | 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? | \( 48 \) | 1 / 5 of 120 is 24 so 2 x 24 = 48 | False_Misconception | Wrong_Fraction |
8,231 | 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? | \( 48 \) | 1 / 5 of 120 is 24, so 24 times two is 48. | False_Misconception | Wrong_Fraction |
8,232 | 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? | \( 48 \) | 1 / 5th of 120 is 24 so to find 2 fifths you need to times it by 2, whichh is 48. | False_Misconception | Wrong_Fraction |
8,233 | 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? | \( 48 \) | 1 fifth of 120 is 24, so 24 times two is 48. | False_Misconception | Wrong_Fraction |
8,234 | 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? | \( 48 \) | 1/5 of 120 is 24 there are 2/5 of the boxes are red and 2 x 24 = 48 | False_Misconception | Wrong_Fraction |
8,235 | 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? | \( 48 \) | 1/5 then double it 1/5 is 24 24 doubled is 48 | False_Misconception | Wrong_Fraction |
8,236 | 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? | \( 48 \) | 120 / 5 = 24 which equals 1/5 but I need to find 2/5 so I would times it by 2 so 24 * 2 = 48. | False_Misconception | Wrong_Fraction |
8,237 | 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? | \( 48 \) | 120 / 5 = 30 and then times it by 2 to get the answer. | False_Neither | null |
8,238 | 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? | \( 48 \) | 120 dived by 5 is24 then times by 2 | False_Misconception | Wrong_Fraction |
8,239 | 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? | \( 48 \) | 120 dived by 5 is24 then tumes by 2 | False_Misconception | Wrong_Fraction |
8,240 | 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? | \( 48 \) | 120 divided by 5 = 24
24 times two = 48 which is 2/5 of the counters | False_Misconception | Wrong_Fraction |
8,241 | 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? | \( 48 \) | 120 divided by 5 = 24 you need to find 2 x though so 24 x 2 = 48 | False_Misconception | Wrong_Fraction |
8,242 | 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? | \( 48 \) | 120 divided by 5 = 24 24 times two = 48 which is 2/5 of the counters | False_Misconception | Wrong_Fraction |
8,243 | 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? | \( 48 \) | 120 divided by 5 = 24 and 3 times by 24 = 48 so it's 48 | False_Misconception | Wrong_Fraction |
8,244 | 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? | \( 48 \) | 120 divided by 5 = 24 and 3 times by 24= 48 so it's 48 | False_Misconception | Wrong_Fraction |
8,245 | 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? | \( 48 \) | 120 divided by 5 = 24 so 1 / 5 is 24 and you need 2 /5 so 24 x 2 = 48. | False_Misconception | Wrong_Fraction |
8,246 | 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? | \( 48 \) | 120 divided by 5 = 24 so 1/5 is 24 and you need 2/5 so 24 x 2 = 48. | False_Misconception | Wrong_Fraction |
8,247 | 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? | \( 48 \) | 120 divided by 5 = 24. you need to findd 2 x though so 24 * 2 = 48. | False_Misconception | Wrong_Fraction |
8,248 | 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? | \( 48 \) | 120 divided by 5 is 24
24 times 2 is 48 | False_Misconception | Wrong_Fraction |
8,249 | 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? | \( 48 \) | 120 divided by 5 is 24
24 times 3 is 72, so there are 72 red counters | False_Correct | null |
8,250 | 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? | \( 48 \) | 120 divided by 5 is 24 24 times 3 is 72, so there are 72 red counters | False_Correct | null |
8,251 | 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? | \( 48 \) | 120 divided by 5 is 24 24 timrs 2 is 48 | False_Misconception | Wrong_Fraction |
8,252 | 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? | \( 48 \) | 120 divided by 5 is 24 amd 24 x 3 is 72 120 - 72 is 48 | False_Misconception | Wrong_Fraction |
8,253 | 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? | \( 48 \) | 120 divided by 5 is 24 and 24 x 3 is 72 120 - 72 is 48 | False_Misconception | Wrong_Fraction |
8,254 | 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? | \( 48 \) | 120 divided by 5 is 24 and 24 x3=72. The remaining is 2x24=48 | False_Misconception | Wrong_Fraction |
8,255 | 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? | \( 48 \) | 120 divided by 5 is 24 and I timsed it by two | False_Misconception | Wrong_Fraction |
8,256 | 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? | \( 48 \) | 120 divided by 5 is 24 and i timsed it by two. | False_Misconception | Wrong_Fraction |
8,257 | 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? | \( 48 \) | 120 divided by 5 is 24 andd 24 x 3=72. then, 120 - 24 = 48. | False_Neither | null |
8,258 | 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? | \( 48 \) | 120 divided by 5 is 24 but 24 is only one fifth so we times 24 by three which is 72 then we subtract 72 from 120 who’s is 48 - the answer. | False_Misconception | Wrong_Fraction |
8,259 | 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? | \( 48 \) | 120 divided by 5 is 24 but 24 is only one fifth so we times 24 by three which is 72 then we subtract 72 from 120 which equals 48 so the answer is 48. | False_Misconception | Wrong_Fraction |
8,260 | 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? | \( 48 \) | 120 divided by 5 is 24 so 24 multiplyed by 2 is 48 | False_Misconception | Wrong_Fraction |
8,261 | 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? | \( 48 \) | 120 divided by 5 is 24 so 24 times 2 is 48. | False_Misconception | Wrong_Fraction |
8,262 | 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? | \( 48 \) | 120 divided by 5 is 24. 24 times 3 equals 72. | False_Correct | null |
8,263 | 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? | \( 48 \) | 120 divided by 5 will be 24 then since we know that the red counters are 3/5 the remaining is 2 so we multiply 2 by 24 to get the answer. | False_Misconception | Wrong_Fraction |
8,264 | 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? | \( 48 \) | 120 divided by 5, multiplied by 3 is 72 and 120 - 72 is 48, this is how many red counters there are. | False_Misconception | Wrong_Fraction |
8,265 | 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? | \( 48 \) | 120 divided by 5, multiplied by 3 is 72 and 120 - 72 is 48,this is how many red counters there are. | False_Misconception | Wrong_Fraction |
8,266 | 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? | \( 48 \) | 120 dividend by 5 is 24 x by 3 is 72left over 48 | False_Neither | null |
8,267 | 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? | \( 48 \) | 120 dividesd by 5 is's 24 so 24 sessions two is 48. | False_Misconception | Wrong_Fraction |
8,268 | 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? | \( 48 \) | 120 multiply 2/5 because 5/5 take away 3/5 equals to 2/5 | False_Neither | null |
8,269 | 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? | \( 48 \) | 120 timess 2/5 because 5/5 take away 3/5 equals to 2/4 | False_Neither | null |
8,270 | 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? | \( 48 \) | 1\5 equals 24 so 2 of those will be 48 | False_Misconception | Wrong_Fraction |
8,271 | 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? | \( 48 \) | 2 / 5 is more than o haalf and i worked out that it kad fo be lees than haalf but not taht much less | False_Neither | null |
8,272 | 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? | \( 48 \) | 24 divided by 3 equals 72 and thenn i subtracted 72 from 120 which was 48 | False_Misconception | Wrong_Fraction |
8,273 | 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? | \( 48 \) | 24 is one fifth so 48 must be two fifths | False_Misconception | Wrong_Fraction |
8,274 | 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? | \( 48 \) | 24 is one fifth so 48 must be two fifths. | False_Misconception | Wrong_Fraction |
8,275 | 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? | \( 48 \) | 3 / 5 is 72 so you have to add 48 to get 120. | False_Misconception | Wrong_Fraction |
8,276 | 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? | \( 48 \) | 3 / 5 of 120 = 72 so you subtract 72 from 120 to get d | False_Misconception | Wrong_Fraction |
8,277 | 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? | \( 48 \) | 3 / 5 of 120 is 72 amd 120-72 is 48. | False_Misconception | Wrong_Fraction |
8,278 | 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? | \( 48 \) | 3 5ths are 72 so that leaves 48. | False_Misconception | Wrong_Fraction |
8,279 | 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? | \( 48 \) | 3 5ths are 72 which means what's left is 48 | False_Misconception | Wrong_Fraction |
8,280 | 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? | \( 48 \) | 3/5 OF 120 IS 72 AND THE LEFTOVERS YOU COUNT TILL 120 | False_Misconception | Wrong_Fraction |
8,281 | 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? | \( 48 \) | 3/5 OF 120 IS 72 AND THE LEFTOVERS YOU COUNT UNTIL 120. | False_Misconception | Wrong_Fraction |
8,282 | 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? | \( 48 \) | 3/5 is 6/10. 1/10 is 12. 12 multiplied by 6 is 72 | False_Correct | null |
8,283 | 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? | \( 48 \) | 3/5 is 6/10. 1/10 is 12. 12 timrs 6 is 72. | False_Correct | null |
8,284 | 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? | \( 48 \) | 3/5 is 72and you have to add 48 to get 120 | False_Neither | null |
8,285 | 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? | \( 48 \) | 3/5 is bigger than half so I went for the most reasonable number | False_Correct | null |
8,286 | 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? | \( 48 \) | 3/5 is bigger thann half so I went for the most reasonable number. | False_Neither | null |
8,287 | 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? | \( 48 \) | 3/5 is more than a half and i worked out that it had to be less than half but not that much less | False_Neither | null |
8,288 | 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? | \( 48 \) | 3/5 is over half so the answer must be just under half | False_Neither | null |
8,289 | 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? | \( 48 \) | 3/5 of 120 = 72 so you subtract 72 from 120 to get d | False_Misconception | Wrong_Fraction |
8,290 | 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? | \( 48 \) | 3/5 of 120 is 72 and there are 120 counters altogether so i did 120 take away 72 gives me 48 | False_Misconception | Wrong_Fraction |
8,291 | 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? | \( 48 \) | 3/5 of 120 is 72 and there is 120 counters altogether so i did 120 take away 72 gives me 48 | False_Misconception | Wrong_Fraction |
8,292 | 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? | \( 48 \) | 3/5 of 120 is equal to 72. 120-72 is 48. There are 48 red counters. | False_Misconception | Wrong_Fraction |
8,293 | 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? | \( 48 \) | 3/5 of the counters are red. 120 divided by 5 is 24. 24 times 3 equals 72. | False_Correct | null |
8,294 | 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? | \( 48 \) | 48 because 120 divided by 5 is 24, and 24 times by 3 is 72, 120 - 72 is 48. | False_Misconception | Wrong_Fraction |
8,295 | 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? | \( 48 \) | 48 because if you do 120 divided bye 5 which is 24 then you would have to do that times 3 then finally take that away from 120 that is 48 | False_Misconception | Wrong_Fraction |
8,296 | 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? | \( 48 \) | 5 goes into 120 24 times and multiply that by 3 I got 72 so I had to take that away from 120 and got 48 so there are 48 red counters. | False_Misconception | Wrong_Fraction |
8,297 | 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? | \( 48 \) | 5 into 120 is 24 then times 3 is 72 so 120 take way 72 is 48. | False_Misconception | Wrong_Fraction |
8,298 | 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? | \( 48 \) | 5 times 120 is 24 then times 3 is 72 so 120 take way 72 is 48. | False_Misconception | Wrong_Fraction |
8,299 | 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? | \( 48 \) | 5 times 24 = 120 . It says 3/5 so 2/5 = 2 times 24 = 48 | False_Misconception | Wrong_Fraction |
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