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.
There are 36 possible outcomes of rolling two 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.
If its a fair dice 1/6