If A and B are independent events associated with a random experiment; then `P(AnnB) = P(A)P(B)`

If A and B are two events associated with a random experiment; then P(A uu B)=P(A)+P(B)-P(A nn B)

If A and B are two events associated with a random experiment; then P((bar(A))/(B))=1-P((A)/(B))

If A;B and C are three events associated with a random experiments then P(A uu B uu C)=P(A)+P(B)+P(C)-P(A nn B)-P(B nn C)-P(C nn A

If A and B are independent events only associated with a random experiment; then prove that (barA and B); (A and barB); (barA and barB) are also independent events.

If A_(1);A_(2);....A_(n) are independent events associated with a random experiment; then P(A_(1)nA_(2)n......n_(n))=P(A_(1))P(A_(2))......P(A_(n))

If A and B are two events associated with a random experiment such that P(A) = 0.25, P(B) 0.4 and P(A or B) = 0.5, find the values of (i) P(A and B) (ii) P(A and bar(B))

If A and B are two events associated with a random experiment such that P(A uu B)=0.8,P(A nn B)=0.3 and P(A)=0 ,find P(B)

If A and B are two events associated to a random experiment such that P(AnnB)=7/(10)a m d\ P(B)=17//20 , then P(A//B)= 14//17 b. 17//20 c. 7//8 d. 1//8

If A and B are two events associated with a random experiment such that P(A)=0.3,P(B)=0.4 and P(A uu B)=0. find P(A nn B)