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 |
|---|---|---|---|---|---|---|
35,600 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think this because 12 divided by 3 is 4 so 192x4= 768 | False_Misconception | Multiplying_by_4 |
35,601 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think this because 12 divided by 3 is 4 so you have to times 192 by 4 which is 768 | False_Misconception | Multiplying_by_4 |
35,602 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think this because 12 is in the 3 times tables so you can divide 12 by 3 and get the number you times by. then i did 3x4=12 people and then on the other side 192x4=768. or you can use the unitary method | False_Misconception | Multiplying_by_4 |
35,603 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think this because 12 x 3 = 4 which means 3 x 4 = 12 so you just have to times 192 by 4 and you get this answer. | False_Misconception | Multiplying_by_4 |
35,604 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think this because 12 ÷ 3 = 4 so i have to multiply 192 hours by 4 which is 768 hours .
and 'a' = 768 hours. | False_Misconception | Multiplying_by_4 |
35,605 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think this because 192 times 4 is 768 hours to build the same wall. | False_Misconception | Multiplying_by_4 |
35,606 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think this because i did 4x3 which gave me 12 then i did 192x4 | False_Misconception | Multiplying_by_4 |
35,607 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think this because i found out what timesed by 3 = 12 and then with that number i timesed 192 x 4 and that is 768. | False_Misconception | Multiplying_by_4 |
35,608 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think this because i timed it by 4 | False_Misconception | Multiplying_by_4 |
35,609 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think this because i worked out the k constant is 4 so 192x4=768 hours. | False_Misconception | Multiplying_by_4 |
35,610 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think this because if you divide 3 into 192 you get 64 so you then times it by 12 | False_Misconception | Multiplying_by_4 |
35,611 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think this because we know that 3p=192hrs, meaning that you times by 4 to get 12 so you have to do 192×4 which is equal to 768hrs. | False_Misconception | Multiplying_by_4 |
35,612 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think this because you do 192 divided by 3 then you multiply your answer by 12, so therefore the answer is option a. | False_Misconception | Multiplying_by_4 |
35,613 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think this because you do 192 divided by 3 to get 64 then times that by the 12 to get 768. | False_Misconception | Multiplying_by_4 |
35,614 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think this because you do 192 divided by 3 to get 64 then times that by the 12 to got 768. | False_Misconception | Multiplying_by_4 |
35,615 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think this because you times 192 by 4 because 3 x 4 is 12 and you do the same to both sides. and the answer is 768. | False_Misconception | Multiplying_by_4 |
35,616 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think this becausee i worked out the k constant is 4, so 192x4=768 hours. | False_Misconception | Multiplying_by_4 |
35,617 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think this is because i did 4x3 which gave me 12 then i 192x4 which is a 12 times 4 | False_Misconception | Multiplying_by_4 |
35,618 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think this is because i found out what timesed by 3 = 12. then i timed 192 x 4 and that was 768. | False_Misconception | Multiplying_by_4 |
35,619 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think to find 1 person is 192/3=64 hr
64 times 12 person =768 | False_Misconception | Multiplying_by_4 |
35,620 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i think to find 1 person is 192/3=64 hr 64 times 12 person =768 | False_Misconception | Multiplying_by_4 |
35,621 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | i worked out that one person would take 64 hours and times it by 12 to give me my answer | False_Misconception | Multiplying_by_4 |
35,622 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | if the amount of people increases by 4, the time has to increase as well | False_Neither | null |
35,623 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | if you take the time it takes 1 person to do the math, multiply that times twelve, that will givee you 48 hours. | False_Misconception | Multiplying_by_4 |
35,624 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | it takes 1 person is 64 then you times it by 12 which is 768 | False_Misconception | Multiplying_by_4 |
35,625 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | it would take 768 hours. | False_Neither | null |
35,626 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | it's a because 12 divided by 3 equals to 4 so you then multiply 192 by 4. | False_Misconception | Multiplying_by_4 |
35,627 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | let's do 192 divided by 3, which is going to give us the amount that each builder does, then do that times 12. | False_Misconception | Multiplying_by_4 |
35,628 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | ratioooo:d
12/3=4
4x192=768 (i love ratio) | False_Misconception | Multiplying_by_4 |
35,629 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | so the answer is 768 hours because you need to first convert the question to a ratio of 3 to 1 and then multiply that by 192 hours. then multiply by 3 and 168 hours and you will get 748. | False_Neither | null |
35,630 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | the answer is 64 because 192 divided by 3 is equal to 64. 64 x 12 is 768. | False_Misconception | Multiplying_by_4 |
35,631 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | the closest number i got was 744 so i think its a | False_Neither | null |
35,632 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | this is because 12 divided by 3 equals to 4 then you multiply 192 by 4 which will equal to 768 hours | False_Misconception | Multiplying_by_4 |
35,633 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | this is because from 3p to get to 12 people would be dividing by 4 but since it would take longer for it to build a wall you times by 4 on the other side to get 768. | False_Misconception | Multiplying_by_4 |
35,634 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | this is because if you put this as ratio form and calculate 1 person then multiply it by twelve you will get 48 hours | False_Neither | null |
35,635 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | times all of it by 4 to get 768 | False_Misconception | Multiplying_by_4 |
35,636 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | times by 4. i worked it out with box method | False_Misconception | Multiplying_by_4 |
35,637 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | to get 768, yiu need to times everything by 4. | False_Misconception | Multiplying_by_4 |
35,638 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | to work out how long it would take if 12 people built the same wall, you write out the ratio 3 people : 192hrs from the question, then because to get from 3 to 12 (people) you multiply 3 by 4, you do 192 x 4. therefore, it would take 768 hours. | False_Misconception | Multiplying_by_4 |
35,639 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | you divide by 3 and times by 12 | False_Misconception | Multiplying_by_4 |
35,640 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | you do 192 divided by 3 to find one person which is 64 then you times by 12 to find 12 people and you get 768. | False_Misconception | Multiplying_by_4 |
35,641 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | you do 192/3 which is 64 and then do 64x12 which is 768 | False_Misconception | Multiplying_by_4 |
35,642 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | you have to find one and then times that by 12 | False_Neither | null |
35,643 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | you have to times 192 by four because 4x3 is 12 | False_Misconception | Multiplying_by_4 |
35,644 | 104,665 | It takes \( 3 \) people a total of \( 192 \) hours to build a wall.
How long would it take if \( 12 \) people built the same wall? | \( 768 \) hours | you multiplyy by 3, and times by 12. | False_Neither | null |
35,645 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | 0.7 is only 0.1 away from 1 so you can see that this formula works when they are out of 1. | False_Neither | null |
35,646 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | 0.9 is close to 1 so it is probably going to happen. | False_Correct | null |
35,647 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | 0.9 is close to the number 1 | False_Neither | null |
35,648 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | 0.9 is closerr to 1 and so it's more probable, whilst closer for would be nearer 0.5. | False_Neither | null |
35,649 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | 0.9 out of 1 is very close to 1 so it would be a higher probability. | False_Neither | null |
35,650 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | 0.9 out of 1 is very closee to 1, so it would be more likely. | False_Neither | null |
35,651 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | 1 is certain and since 0.9 is closer to 1 than it’s certain | False_Misconception | Certainty |
35,652 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | 1 plus 1 equals 1 and therefore a one percent chance of it not happening. | False_Neither | null |
35,653 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | 50 times certainty is equal to half chance that it will happen. | False_Neither | null |
35,654 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | A probability of 0 can never be 0, so an event is impossible. | False_Neither | null |
35,655 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | As it is really close to 1 you might think it may be 2. | False_Neither | null |
35,656 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | I have no clue how to explain this another time | False_Neither | null |
35,657 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | I think this is cause it's almost certain to happen, 0.9 is likee 90%. | False_Misconception | Certainty |
35,658 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | If the number 0.9 is vlose to or equal to 1 then that number cannot be divided by itself. | False_Neither | null |
35,659 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | In my opinion, this is due to the fact that it's only 10% chance. As such, it is a certaintyy that this event will take place. | False_Misconception | Certainty |
35,660 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | Nevertheless it is more unlikely than not likely that an event will occur because this event isn't certain of happening. | False_Neither | null |
35,661 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | Since 9/10 is very closee to certain you would have to round it up. | False_Misconception | Certainty |
35,662 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | Since It is 90 percent of 100 which is overr the 50 mark. | False_Neither | null |
35,663 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | The answer is 6 because it always out of 1 meaning that the event occurred. | False_Neither | null |
35,664 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | There is a chance that 1 will happen and since 0.9 is closer to 1 than it is certain. | False_Misconception | Certainty |
35,665 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | With the odds of 0.9 it is very likely that this event will occur. | False_Neither | null |
35,666 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | as it is really close to 1 | False_Neither | null |
35,667 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | b because 0.9 is close to 1 hole | False_Correct | null |
35,668 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | b because 0.9 is closr to 1 hole | False_Neither | null |
35,669 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | b. | False_Neither | null |
35,670 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | because 0.9 is closer to 1s likelihood whereas if it was closer to 0.5 it would be likely | False_Neither | null |
35,671 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | because 1 is certain and 0.9 is just below 1 | False_Neither | null |
35,672 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | because 1 is certain, and 0.9 is just below that. | False_Neither | null |
35,673 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | because if you multiply it by almost 1 then it is certain. | False_Neither | null |
35,674 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | because it is 0.1 away from the full | False_Neither | null |
35,675 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | because it is 90 percent of 100 which is over the 50 mark | False_Neither | null |
35,676 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | because it is almost 1 and anything with a probability of 1 is certain | False_Misconception | Certainty |
35,677 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | because it is closest to 10 which is certain | False_Neither | null |
35,678 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | because it is very close to the full probability that it will happen | False_Neither | null |
35,679 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | because it is very close to the full probability that it will happen. | False_Misconception | Certainty |
35,680 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | because it will add up to 1 so it would be a one percent chance of not happening | False_Misconception | Scale |
35,681 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | because the event occurring is 0.9 so it is very likely to happen. | False_Neither | null |
35,682 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | because with probability the decimals need to add up to 1 whole so 0.9 is close to 1 so it is certain | False_Misconception | Certainty |
35,683 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | c2 is a little better than it would seem, because though it's 0.1% off, it stilll is too low. | False_Misconception | Scale |
35,684 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | certain because there is 9 out of 10 a chance | False_Misconception | Certainty |
35,685 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | certain is definitely going to happen, which can be shown as 1. 0.9 is close to 1 so it is probably going to happen. | False_Neither | null |
35,686 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | certain means that there's a 50% chance that it'll happen. | False_Neither | null |
35,687 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | d ✅ - the lowest a probability can be is 0, so the event is impossible. | False_Neither | null |
35,688 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | i csn t think of any way to explain that. | False_Neither | null |
35,689 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | i don t know how to explain it | False_Neither | null |
35,690 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | i have no idea if and when you round to the nearest whole number, it is bound to become 1 as opposed to 0.9. | False_Misconception | Certainty |
35,691 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | i think the answer is a because your probability line goes from 0 to 1 and 0.9 is very close to 1 and one is certain | False_Neither | null |
35,692 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | i think this because it is almost certain that it will happen. 0.9 is like 90% | False_Neither | null |
35,693 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | i think this because it is only 10% from definitely, so it is very certain that the event will occur. | False_Neither | null |
35,694 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | i'm not sure but if you round 0.9 it is certain that it will become 1. | False_Misconception | Certainty |
35,695 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | if is closer to 1 than 0.. | False_Neither | null |
35,696 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | if it is out of 1 an it is 0.9 its a 90 percent chance of it being certain so i think its certain | False_Misconception | Certainty |
35,697 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | if the decimal points add up to 1 then it is certain. | False_Neither | null |
35,698 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | it is 9 outt of 10 times you will win. so it has a good chance! | False_Neither | null |
35,699 | 109,465 | The probability of an event occurring is \( 0.9 \).
Which of the following most accurately describes the likelihood of the event occurring? | Certain | it is certain | False_Neither | null |
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