The odds of one die being any number is 1 in 1. The odds of any of the next seven dice being the same as the first die is 1 in 6. The odds of the last two being different than the first die is 5 in 6.
The dice are unrelated to each other, and it does not matter in what order they are thrown, so the odds of eight matching dice out of ten dice is (1 in 1)1 (1 in 6)7 (5 in 6)2, or 25 in 10,077,696.
The odds are 1 in 36 that you will roll a sum of 2 in a single roll of two fair dice.
To roll a three on any one dice, the odds are 1/6. To roll a three on any one of a pair of dice, the odds are 1/6 x 1/6 which is 1/36 or 1 in 36 chance.
1 in 6. Basically dice 1 can roll any number So the odds are that dice 2 has the same number as dice 1, or 1 in 6
The odds of rolling 5 of a kind with 5 dice can be calculated using the concept of probability. There are a total of 6^5 (7776) possible outcomes when rolling 5 dice. To roll 5 of a kind, there are 6 ways to roll a specific number on the first die, and only 1 way to roll that same number on the remaining 4 dice. Therefore, there are 6 * 1 = 6 ways to roll 5 of a kind. The probability of rolling 5 of a kind with 5 dice is then calculated as 6/7776, which simplifies to 1/1296 or approximately 0.077%.
Zero. If you roll five dice, you cannot get six 6s.
6
No.
1 out of 6
4/36 or 1/9
Of the 36 possible combinations rolling two dice there are 2 combinations that add up to 11 so the odds are 18:1
No. Each roll is independent of the previous roll (on a fair dice). The same is true for flipping a coin. Getting a six your first roll does not make you any more or less likely to roll a six the second time.
well u can not roll a 7 on a dice