Events E and F are such that `P("not\ E\ or\ not\ F")=0. 25` State whether E and F are mutually exclusive.

Events E and F are such that P("not" E "or" "not" F) = 025 , State whether E and F are mutually exclusive.

Events E and F are uch that P(not E or not F) = 0.25 , State whether E and F are mutually exclusive.

Events E and F are uch that P(not E or not F) = 0.25 , State whether E and F are mutually exclusive.

Events E and F are uch that P(not E or not F) = 0.25 , State whether E and F are mutually exclusive.

Events E and F are such that P(notE or not F)=0.25 State whether E and F are mutually exclusive.

Events E and F are such that P(not backslash E backslash or backslash not backslash F)=0.25 State whether E and F are mutually exclusive.

If E and F are independent events such that 0 < P(E) < 1 and 0 < P(F) < 1, then (a) E and F are mutually exclusive (b) E and F^c (the complement of the event F ) are independent (c) E^c and F^c are independent (d) P(E//F)+P(E^c//F)=1

Two events E and F are such that : P(E)=0.6,P(F)=0.2 and P(E uu F)=0.68 . Then E and F are independent events.

Two events E and F are such that: P(E)=0.6, P(F)=0.2 and P(EuuF)=0.68 . Are E and F independent?

Two events E and F are such that P(E)=0.6, P(F)=0.2 and P(EUF)=0.68. Are E and F independent ?