A and B are two independent events such that the probability of the both the events to occurs is `(1)/(6)` and the probability of both the events do not occur is `(1)/(3)`. Find the probability of A.

If A and B are two independent events, then the probability that only one of A and B occur is

If A and B are two independent events, then the probability that only one of A and B occur is

If A and B are independent events, he probability that both A and B occur is (1)/(8) and the probability that none of them occurs is (3)/(8)1. Find the probability of the occurrence of A.

A and B are two independent events.The probability that both A and B occur is 1/6 and the probability that neither of them occurs is 1/3. Then the probability of the two events are respectively:

Given two independent events, if the probability that both the events occur is (8)/(49) , the probability that exactly one of them occurs is (26)/(49) and the probability of more probable of the two events is lambda , then 14 lambda is equal to

Given two independent events, if the probability that both the events occur is (8)/(49) , the probability that exactly one of them occurs is (26)/(49) and the probability of more probable of the two events is lambda , then 14 lambda is equal to