With 5 dice, if the first die must equal 1, the second must equal 2, and so on, then each die has a one in six chance of being the correct number. So the chance that all five of them will be correct is (1/6)5 = 1/7776
But, that's assuming that the order of the numbers must be 12345. The dice could also fall as 12453, and it would be considered a small straight. So how many ways can you get 1, 2, 3, 4 and 5? The 1 could be in any one of 5 places. Then the 2 could be in any one of the remaining 4, and so on. There are 5 x 4 x 3... ways of arranging 12345. This is also written as 5! (five factorial). 5!=120
So now, we have 120 different ways of getting a straight. Each straight, as shown at the top, has a one in 7776 chance. Therefore, (1/7776) x 120 possibilities = probability of a small straight.
(1/7776) x 120 = 120/7776 = 5/324
So there is a 5/324 probability, or about one out of 65, or 1.5% chance of getting the numbers 1, 2, 3, 4, and 5 on a single roll of 5 dice.
25 percent
It would have 72 total sides, or faces. 6 per die, 12 dice, 12 x 6 = 72.
6
glass prism, a 4-sided dice (i have 2)
18
The probability is 120/7776 = 0.0154, approx.
Impossible, you can't get 1-6 with only 5 dice.
Assuming you are rolling a six-sided dice, it is 1/3 for one dice and 2/3 for two dice.
There are 9 odd sums that you can get from rolling two dice.
Rolling a dice and getting an even number is an outcome. It is the result of rolling a dice.
When rolling dice, snake eyes is rolling a one on each dice. When playing craps, 2 dice are used.
The probability of rolling doubles with two dice is 1 in 6, or about 0.167.
the surface which you are rolling on, and probability.
none
The probability of rolling two even numbers on two standard dice is 0.52, or 0.25.
The probability of rolling the same number on five dice is (1/6)4, or about 0.0007716.
If its a fair dice 1/6