No.
If the dice is 6 sided, the chances of rolling each number is about 17% (100/6) If the dice is 4 sided, the chances of rolling each number is 25% (100/4) Similarly, 8 sided = 12.5% 10 sided = 10% 12 sided ≈ 8% 20 sided = 5%
4 out of 12 chances if each dice had 6 sides. 2 out of 6 chances to simplify it.
You have a 3.125% chance of not rolling an even number, because each time you roll a die you have a 50% chance of not rolling an even number, but each additional time you roll a die your chances of not rolling an even number the formula changes from 3/6 to 3/12 because the possibilities double but your chances of not rolling an even remain the same so eventually we end up with 3/96 because of rolling the die 6 times.
The answer depends on the chance of WHAT! Rolling a 6? an odd number? a composite? Each of these has a different answer.
Assuming that these number cubes are ordinary dice (number are 1-6) and that both dice are balanced (equal chances for each side to turn up), then it's 1/36. There are 36 different possibilites for the upturned faces when a pair of dice is rolled, one of which is "4 and 4".
When rolling dice, snake eyes is rolling a one on each dice. When playing craps, 2 dice are used.
the answer is 1/6
The answer will depend onwhat a 8 sliced (?) dice arehow many such dice there arewhat numbering scheme is used on each die.
There are four outcomes possible. Both even, both odd, and one of each twice. So, in one roll, it looks like your chances are 1 in 4. Is that what you are after?
2. This would be as a result of rolling a 1 on each of them.
You can't, can you? The smallest number that you can roll with four dice is four, that is, a 'one' on each of the four dice.
The odds of rolling any specific number in one roll of one die is 1 in 6. Each die is unrelated, so the odds of rolling the same specific number using six dice in one roll is 1 in 6 to the 6th, or 1 in 46,656.