Let E1 and E2 are two independent events such that `P(E1) = 0.3 and P(E2)= 0.6`. Find the value of: (i) `P(E1nn E2)` (ii) `P(E1 uu E2) ` (iii) `P(E1//E2)`(iv) `P(E2//E1)`

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)=1/3 and P(E_2)=1/6 find P(E_1^c cap E_2^c) .

If E_(1) and E_(2) are two independent events such that P(E_(1))=0.3 and P(E_(2))=0.6 Then find the value of the given expressions

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)) .

Let E_(1) and E_(2) are the two independent events such that P(E_(1))=0.35 and P(E_(1) uu E_(2))=0.60 , find P(E_(2)) .

E_(1) and E_(2) are two independent events such that P(E_(1))=0.35 and P(E_(1) cup E_(2))=0.60 , find P(E_(2)) .

If E_1 and E_2 are independent events associated with an experiment such that P(E_1)=P_1 and P(E_2)=P_2 . Find P(E_1 and E_2) .

If E_1 and E_2 are independent events associated with an experiment such that P(E_1)=P_1 and P(E_2)=P_2 . Find P(E_1 or E_2) .

If E_1 and E_2 are independent events and P(E_1)=rho_1 , P(E_2)=rho_2 then find P(E_1cupE_2) .

Fill in the Blanks : If E_1 and E_2 are independent events, then P( E_1 nn E_2 ) =..