# How many different rolls are possible with the 5 dice?

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The last die may have six values. For each of these six values, the second- to-last die may have six values. Thus, we have 6·6 = 36 possible outcomes for the last two dice. By extension, we have a total of 65 = 7776 possible outcomes for all five dice.

## How many different outcomes are possible for 5 rolls of a die?

Everytime you roll a die, 1 of 6 outcomes comes up. So for every die rolled there is 6 outcomes. Each roll is independent of the roll before, so for 5 rolls there are 65=7776 outcomes.

## How many possible outcomes are there when 5 dice are rolled in which at least one dice shows 6?

= P(A) + P(B) – P(A and B) Let’s assume we are rolling five fair six-sided dice, numbered 1 through 6. The total number of possible outcomes of a roll of five dice is 6^5 = 7,776.

## How many outcomes are there for rolling a 6 sided die 4 times?

To get the probability of this, divide by the total possible number of ways to roll 4 dice. Since each dice has 6 possibilities, there are 6x6x6x6 = 1296 ways.

## How many ways are there to roll either a 6 or a 12 with two dice?

How many total combinations are possible from rolling two dice? Since each die has 6 values, there are 66=36 66 = 36 total combinations we could get.

## How many possible ways are there to roll 4 dice?

I believe there are 126 combinations with 4 dice.

## What is the probability of rolling a 4 and then rolling a 5 on a pair of dice?

Probability of rolling more than a certain number (e.g. roll more than a 5).

Roll more than a… Probability
3 3/6 (50%)
4 4/6 (66.667%)
5 1/6 (66.67%)
6 0/6 (0%)

## What are the odds of rolling all sixes with 5 dice?

Each die is independent, so the probability of getting all sixes is simply (11/36)5.

## What is the probability of rolling a 5 and then rolling a second 5 on a pair of dice?

There is a 16 probability of getting a 2 on the first roll and a 16 probability of getting a 5 on the second roll. 