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 odds of rolling a word with the keyword "dice" on each side of a standard six-sided dice is 1 in 46,656.
When rolling two six-sided dice, each die has three odd numbers: 1, 3, and 5. The probability of rolling an odd number on one die is 3 out of 6, or 1/2. Since the rolls are independent, the probability of rolling an odd number on both dice is (1/2) × (1/2) = 1/4, or 25%.
The answer will depend onwhat a 8 sliced (?) dice arehow many such dice there arewhat numbering scheme is used on each die.
2. This would be as a result of rolling a 1 on each of them.
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?