If A and B are events of a random experiment such that P(AnnB)=4/5P(A'nnB')=7/10 and P(B)=2/5 , then find the value of P(A).
If A and B are independent events such that P(A) gt0, P(B) gt 0 , then
If A and B are independent events such that P(A) gt 0, P(B) gt 0 , then
If A and B are independent events of a random experiment such that P(A nn B) = 1/6 and P( overlineA nn overlineB)=1/3 then P(A)=
Statement-1: if A and B are two events, such that 0 lt P(A),P(B) lt 1, then P((A)/(overline(B)))+P((overline(A))/(overline(B)))=(3)/(2) Statement-2: If A and B are two events, such that 0 lt P(A), P(B) lt 1, then P(A//B)=(P(AcapB))/(P(B)) and P(overline(B))=P(A capoverline(B))+P(overline(A) cap overline(B))
A and B are two independent events such that 0 lt P(A) lt 1,0 < P(B) lt 1 then which of the following is not correct ?
If A and B are two events associated with a random experiment such that P(A)=0.3,P(B)=0.2" and "P(AcapB)=0.1, then the value of P(A∪B) is ….
If A and B are events such that P(A/B)=P(B/A) , then
If A and B are events of the same experiments with P(A) = 0.2, P(B) = 0.5, the maximum value of P(barA nn B) is
If A and B are events such that P(A) = 1/2 , P(B) = 1/3 and P(A cap B) = 1/4 then find P(A |B)
