If `E_1` and `E_2` are two independent events such that `P(E_1)=1/2, P(E_2)=7/(12), P(barE_1nnbarE_2)=1/4`, check whether `E_1` and `E_2` are independent events or not

If E_(1) and E_(2) are two independent events such that P(E_(1))=(1)/(2),P(E_(2))=(7)/(12),P(bar(E)_(1)nnbar(E)_(2))=(1)/(4) check whether E_(1) and E_(2) are independent events or not

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 events such that P(E_(1))=1//4 , P(E_(2)//E_(1))=1//2 and P(E_(1)//E_(2))=1//4 , then

If E_(1) and E_(2) are two events such that P(E_(1))=1//4 , P(E_(2)//E_(1))=1//2 and P(E_(1)//E_(2))=1//4 , then

If E_(1) and E_(2) are two events such that P(E_(1))=1//4 , P(E_(2)//E_(1))=1//2 and P(E_(1)//E_(2))=1//4 , then

If E_(1) and E_(2) are two events such that P(E_(1))=1//4 , P(E_(2)//E_(1))=1//2 and P(E_(1)//E_(2))=1//4 , then

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.

For any two independent events E_1 and E_2 P{(E_1uuE_2)nn(bar(E_1)nnbar(E_2)} is

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

If E and F are independent events such that P(E cap F) = 1/12 and P(E' cap F')= 1/2 , then