Let E and F be two independent events. The probability that both E and F happen is `(1)/(12)` and the probability that neither E nor F happens is `(1)/(2)`, then a value of `(P(E))/(P(F))` is

E and F are two independent events.The probability that both e and F happen is 1/12 and the probability that neither E nor F happens is 1/2. Then

E and F be two independent events such that P(E) lt P(F). The probability that both E and F happen is 1/15 and the probability that neither E nor F happen is 8/15. Then P(E) = ____

Ea n dF are two independent events. The probability that both Ea n dF happen is 1/12 and the probability that neither Ea n dF happens is 1/2. Then, A) P(E)=1//3, P(F)=1//4 B) P(E)=1//4, P(F)=1//3 C) P(E)=1//6, P(F)=1//2 D) P(E)=1//2, P(F)=1//6

If E and F are two independent events then prove that E' and F' are also independent.

If E and F are two independent events then prove that E and F' are also independent events.

Let E and F be two independent events. The probability that exactly one of them occurs is 11//25 and the probability of none of them occurring is 2//25. If P(T) denotes the probability of occurrence of the event T, then

If E and F are independent events such that 0ltP(E)lt1 and 0ltP(F)lt1, then