If A and B are two events, then `P( A nnB)=` `P( A )P( B )` b. `1-P(A)-P(B)` c. `P(A)+P(B)-P(AuuB)` d. `P(B)-P(AnnB)`

If A and B are two events, then P( A nnB)=?? a.) P( A )P( B ) b.) 1-P(A)-P(B) c.) P(A)+P(B)-P(AuuB) d.) P(B)-P(AnnB)

If A and B are two events, then P(A) + P(B) = 2P(AnnB) if and only if

If A and B are two events, then P(A) + P(B) = 2P(AnnB) if and only if

If A and B are arbitrary events, then a) P(A nn B) ge P(A)+ P(B) (b) P(A uu B) le P(A)+ P(B) (c) P(AnnB)=P(A)+ P(B) (d)None of these

If A and B are arbitrary events, then a) P(A nn B) ge P(A)+ P(B) (b) P(A nn B) le P(A)+ P(B) (c) P(AnnB)=P(A)+ P(B) (d)None of these

If A and B are arbitrary events, then a) P(A nn B) ge P(A)+ P(B) (b) P(A uu B) le P(A)+ P(B) (c) P(AnnB)=P(A)+ P(B) (d)None of these

If the events A and B are independent then P(AnnB) is equal to P(A)+P(B) b. P(A)-P(B) c. P(A)P(B) d. (P(A))/(P(B))

If A and B are two events, then P(A) + P(B) = 2P(AnnB) if and only if A. P(A)+P(B)=1 B. P(A)=P(B) C. P(A)=P(B) D. None of these

If A and B are two events, then P(A) + P(B) = 2P(AnnB) if and only if A. P(A)+P(B)=1 B. P(A)=P(B) C. P(A)=P(B) D. None of these