If ` A ={a,b,c }`, find `P(A) and n{P(A)}`.

If A={a,b},B={b,c} Find P(A), P(B), P(A) uu P(B) , P(A) nn P(B) show that P(A) nn P(B) = P(A nn B)

If A={a,b},B={b,c} Find P(A), P(B), P(A) uu P(B) , P(A) nn P(B) show that P(A) uu P(B) sub P(A uu B)

If P(A) = 1/2, P(B) = 1/3 , and P(A^c cap B^c) = 5/12 , find P(AIB) and P(B-A) .

Given that A\ a n d\ B are two events such that P :(A)=0. 6 ,\ P(B)=0. 3\ a n d\ P(AnnB)=0. 2 ,\ find P(A/B)a n d\ P(B//A)dot

Given that A\ a n d\ B are two events such that P :(a)=0. 6 ,\ P(B)=0. 3\ a n d\ P(AnnB)=0. 2 ,\ find P(A/B)a n d\ P(B//A)dot

If n (p(A)) = 1024, n (A cup B) = 15 and n (P (B)) = 32, then find n (A cap B).

If a,b,c,d are distinct positive then a^n/b^ngtc^n/d^n for all epsilon N if a,b,c,d are in (A) A.P. (B) G.P. (C) H.P. (D) none of these

If a,b,c,d are distinct positive then a^n/b^ngtc^n/d^n for all epsilon N if a,b,c,d are in (A) A.P. (B) G.P. (C) H.P. (D) none of these

B= {x in N|x^(2)+4=0} then find P(B), P(P(B))" and "n(P(B))" and "n(P(P(B))) .