If you throw the fair die once then the chances are two as there are two numbers to be shown that is 3 or 5.
Total number of faces and numbers in dice = 6.
So, Probability of two numbers falling = 2/6 = 1/3.
If you roll the same die 180 times then chances of landing on either 3 or 5 = 180 x 1/3 = 60.
6
6
36 times. But also, you might get the opposite result 36 times.
Assuming a standard unbiased 6-sided die: The probability of 5 or 3 = 2/6 = 1/3 → The expectation when it is rolled 260 times is 260 × 1/3 = 86 2/3 → You would expect to see a 5 or 3 about 87 times when rolling a die 260 times
The probability of rolling a four on a single roll of a fair die is 1/6. So the expected number of 4s in 450 rolls is 450*1/6 = 75.
With a fair die, you would expect it 60*(1/6) = 10 times.
6
36 times. But also, you might get the opposite result 36 times.
36 times. But also, you might get the opposite result 36 times.
Assuming it is a fair ordinary die, you would expect it to come up odd 24 times. But it could turn up an odd number 0 times or 48 times. The probability of either of these extreme events is 4*10-38
The expected value is 20 times.
Assuming a standard unbiased 6-sided die: The probability of 5 or 3 = 2/6 = 1/3 → The expectation when it is rolled 260 times is 260 × 1/3 = 86 2/3 → You would expect to see a 5 or 3 about 87 times when rolling a die 260 times
The probability of rolling a four on a single roll of a fair die is 1/6. So the expected number of 4s in 450 rolls is 450*1/6 = 75.
15
It is 0.722... recurring.
If you rolled that many times, you'd have approximately the same number of each - however many sides your die had. It's totally random, but it'll average out so that each number comes up about the same number of times. It's not going to be exact (like 50 #1s and 50 #2s and 50 #3s and so on) but it will average out to be about the same.
The REAL answer is...they had BETTER! Anything can - and will happen. Opportunity knocks at times when we least expect it to.
1:6 or (theoretically) 50 times