A single roll of six dice comes up with a four of a kind 1 in every 20.736 times. This chance doesn't change on the second throw, only really granting a total of 2 in 20.736.
1 in 23328
If it's a six-sided die (like the kind used in craps and most dice games) the odds are 1 in 6.The probability of rolling a single number on any kind of die* is 1 ÷ (the number of sides).*Except, of course, for weighted, shaved, or otherwise illegal dice.
accumulated binominal distribution 6*f(k;n,p) = 6*f(5;5,1/6)
The probability of getting 4 of a kind with 5 dice is: 6 5C4 (1/6)4 (5/6) = 0.0192901..≈ 1.93%
The lowest number will be obtained by getting lowest number on both of the dice if its a 6 sided dice (normal kind) then the lowest will be 2
No.
rolling
4-Hi is a kind of rolling mill configuration in metalworking. It means the mill has four rolls, two small and two large.
1 in 23328
it is called rolling friction
The friction that occurs is Rolling Friction
If it's a six-sided die (like the kind used in craps and most dice games) the odds are 1 in 6.The probability of rolling a single number on any kind of die* is 1 ÷ (the number of sides).*Except, of course, for weighted, shaved, or otherwise illegal dice.
false it is rolling friction
false it is rolling friction
The odds of rolling five of a kind with five dice is 1 in 1296. The first die is going to roll something, so the odds are 1 in 1. Each of the other dice have a probability of 1 in 6 of matching the first die, so the resultant probability is (1 in 1) times (1 in 6) to the fourth power.
That depends on what kind of dice you are rolling and how many of them you roll. If you roll two 6-sided dice once, the probability of getting the number 100 is exactly zero. You cannot get a 100 on one roll of two 6-sided dice. Other dice and different numbers of them may yield different probabilities.
accumulated binominal distribution 6*f(k;n,p) = 6*f(5;5,1/6)