Two unbiased dice are thrown. Find the probability that the total of the numbers on the dice is greater than 10
Two unbiased dice are thrown. Find the probability that the total of the numbers on the dice is greater than 10

According to the question, two unbiased dice are thrown.

By using the formula of probability, we get,

P (E) = favourable outcomes / total possible outcomes

So, we have to find the probability of getting the sum of digits on dice greater than 10

Total number of possible outcomes is $6^2=36$

n (S) = 36

Let E be the event of getting same number on all the three dice

E = {(5,6) (6,5) (6,6)}

n (E) = 3

P (E) = n (E) / n (S)

= 3 / 36

= 1/12