2 sides out of 6 so 1 in 3.
1:6
one in sixsame for any number
1/6 A dice has six faces. And '2' is on one if its faces. So the probability of getting a 2 on a dice is 1 over 6.
If its a fair dice 1/6
You cannot roll "a dice" because it is one die, many dice. If you roll an ordinary, 6 faced die, the probability that it will land on 1 is 1/6.
1:6
Assuming they are fair dice that are numbered 1 to 6, the probability is 2/36 = 1/18
Each face of the dice has the same probability so each side has 1/6 probability
(probably but very unlikely) ----------------------------------- A better answer would be as follows. Throw the first dice. It does not matter which number turns up. Let's suppose it was a 2; Now there is only one 2 out of six different numbers when you throw the second dice. So the probability of scoring another 2 is 1 out of 6 = 1/6 Now for each of the results from the two dice which we have read there is only one 2 from the 6 possible numbers, which again means a probability of 1 out of six = 1/6 So the final probability is found by multiplying 1 (certainty) for the first dice by 1/6 for the second dice by 1/6 for the third dice, which = 1/36
one in sixsame for any number
probability is 1/6, or unlikely
1/6 A dice has six faces. And '2' is on one if its faces. So the probability of getting a 2 on a dice is 1 over 6.
If its a fair dice 1/6
1 out of 6
You cannot roll "a dice" because it is one die, many dice. If you roll an ordinary, 6 faced die, the probability that it will land on 1 is 1/6.
The probability of rolling at least one '1' with six dice is 66.5% [1-(5/6)^6]*100%
The probability of rolling doubles with two dice is 1 in 6, or about 0.167.