Question: What is the probability of getting at least one 11 in twenty four rolls of a pair of dice?

Therefore, there are 3 ways to get at least 11 with a pair of dice. There are 36 (6*6) different ways to roll the two dice, so the probability is 3/36, or 1/12, or 0.0833, which gives you a 8.33% chance to roll a sum of at least 11. , Self-employed Computer Consultant.

What is the probability of getting atleast a sum of 11 when a dice is rolled twice?

Probabilities for the two dice

Total Number of combinations Probability
8 5 13.89%
9 4 11.11%
10 3 8.33%
11 2 5.56%

What is the probability of rolling at least one 4 when rolling two dice?

Originally Answered: What is the probability of getting at least one 4 when you throw 2 dices? Getting 4 in one is 1/6 and in second is again 1/6. Probability of getting 4 in both is 1/36.

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What is the probability of getting a sum of at least 11?

Answer: The total number of possibilities is 6 for the first die and 6 for the second. Since each throw on the first die could be paired with any of the six on the second, the total ways the dice could fall is 6 × 6 = 36. So the probability of getting 11 or more is 3/36 = 1/12.

What is the probability of getting sum of two numbers as at least 11 in a throw of pair of dice?

The probability that the sum of two numbers is 11 in a pair of dice is 1/18.

What is the chance of getting 7 or 11 with two dice?

What about 7 OR 11? There are 6 x 6 or 36 options, all are equally likely, 7 occurs 6 times, so the chances are 6/36 or 1/6. 11 occurs 2 times so chances are 2/36 or 1/18. 7 or 11 are 8 of the 36 options so 8/36 or 2/9.

What is the probability of rolling a sum of 5 or a sum of 11?

As Steve says the probability of rolling a 5 is 4/36 and the probability of rolling ian 11 is 2/36 so the probability of rolling neither is 1 – (2/36 + 4/36) = 30/36.

What is the probability of rolling a 2 on a 6 sided die?

Probability of rolling a certain number or less for two 6-sided dice.

Two (6-sided) dice roll probability table.

Roll a… Probability
2 1/36 (2.778%)
3 2/36 (5.556%)
4 3/36 (8.333%)
5 4/36 (11.111%)

What is the probability of not rolling any 6’s in four rolls of a balanced die?

a) Consider the complement problem, there is a 5/6 probability of not rolling a six for any given die, and since the four dice are independent, the probability of not rolling a six is (5/6)4 = 54/64 = 625/1296.

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What is the probability of getting sum of 11?

If you are rolling two dice the chances of getting an 11 and OVER is 2/12= 1/6. You can roll a 6 and a 5 to equal 11 and you can roll a 6 and a 6 and get 12 which is OVER 11, therefore the answer should be 1/6.

What is the probability that the sum are 5 and 7?

That’s not exactly right because the true probability is that MINUS the probability of getting both a sum of 5 and a sum of 7. In other words, the answer = p(sum of 5) + p(sum of 7) – p(sum of 5 and sum of 7) , which equals p(1–4, 4–1, 2–3, 3–2) + p(1–6, 6–1, 2–5, 5–2, 3–4, 4–3) – 0 = 10/36 or 5/18.

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