यदि `E_(1)` और `E_(2)` परस्पर अपवर्जी घटनाये हो तो `P(E_(1)nnE_(2))=0` होता है|

If E_(1) and E_(2) be two events such that P(E_(1))=0.3, P(E_(2))=0.2 and P(E_(1)nnE_(2))=0.1, then find: (i) P(barE_(1)nnE_(2)) (ii) P(E_(1)nnbarE_(2))

If E_(1) and E_(2) be two events such that P(E_(1))=0.3, P(E_(2))=0.2 and P(E_(1)nnE_(2))=0.1, then find: (i) P(barE_(1)nnE_(2)) (ii) P(E_(1)nnbarE_(2))

Let E_(1) and E_(2) be the events such that P(E_(1))=1/3 and P(E_(2))=3/5 . Find : (i) P(E_(1)uuE_(2)) , where E_(1) and E_(2) are mutually ecclusive, (ii) P(E_(1) nn E_(2)) , when E_(1) and E_(2) are independent.

For two events E_(1) and E_(2), P(E_(1))=1/2,P(E_(2))=1/3 and P(E_(1)nnE_(2))=1/10 . Find: (i) P(E_(1) "or" E_(2)) (ii) P(E_(1) "but not" E_(2)) (iii) P(E_(2)"but not" E_(1)) (iv) P (neithter E_(1) not E_(2) )

For two events E_(1) and E_(2), P(E_(1))=1/2,P(E_(2))=1/3 and P(E_(1)nnE_(2))=1/10 . Find: (i) P(E_(1) "or" E_(2)) (ii) P(E_(1) "but not" E_(2)) (iii) P(E_(2)"but not" E_(1))

If E_(1) and E_(2) are two events such that P(E_(1)) = 0.5, P(E_(2)) = 0.3 and P(E_(1) and E_(2)) = 0.1 , find (i) P(E_(1) " or " E_(2)) (ii) P(E_(1) " but not " E_(2)) (iii) P(E_(2) " but not " E_(1)) (iv) P(" neither " E_(1) " nor " E_(2))

If E_(1) nad E_(2) are two independent events such that P(E_(1))=0.3 and P(E_(2))=0.6 then find the value of (i)P(E_(1)nn E_(2)) (ii) P(E_(1)uu E_(2)) (iii) P((E_(1))/(E_(2)))( iv )P((E_(2))/(E_(1)))

If E_(1) and E_(2) are independent events such that P(E_(1))=0.3 and P(E_(2))=0.4 , find (i) P(E_(1) nn E_(2)) (ii) P(E_(1) uu E_(2)) (iii) P(bar(E_(1))nn bar(E_(2))) (iv) P(bar(E_(1)) nn E_(2)) .

If E_(1) and E_(2) are the two events such that P(E_(1))=1/4, P(E_(2))=1/3 and P(E_(1) uu E_(2))=1/2 , show that E_(1) and E_(2) are independent events.

Let E_(1) and E_(2) be two events such that P(E_(1))=0.3, P(E_(1) uu E_(2))=0.4 and P(E_(2))=x . Find the value of x such that (i) E_(1) and E_(2) are mutually exclusive, (ii) E_(1) and E_(2) are independent.