An electronic assembly consists of two sub systems,say A and B.From previous testing procedures,the following probabilities are assumed to be Known.P(A fails)=0.2 P(B failsalone)=0.15 P(A and B fail)=0.15 Evaluate the following probabilities (ii)P (A fails alone)

An electronic assembly consists of two sub systems,say A and B.From previous testing procedures,the following probabilities are assumed to be Known.P(A fails)=0.2 P(B fails alone)=0.15 P(A and B fail)=0.15 Evaluate the following probabilities (i)P(A fails |B has failed)

An electronic assembly consists of two subsystems, say, A and B . From previous testing procedures, the following probabilities are assumed to be known: P(A fails) =0.2 P(B fails alone) =0.15 P(Aand B fail) =0.15 Evaluate the following probabilities i) P ( A fails l B has failed) ii) P ( A fails alone)

Check whether the following probabilites P(A) and P(B) are consistently defined. P(A)=0.5,P(B)=0.7,P(AcapB)=0.6

A random variable X has the following probability distribution: find P(0 lt X lt 3)

Check whether the following probabilites P(A) and P(B) are consistently defined. P(A)=0.5,P(B)=0.4,P(AcupB)=0.8

Will the following statement be consistent? why? for two events A and B P(AcapB)=0.4 P(A)=0.3 and P(B)=0.1

Let A and B be two events,not mutually exclusive,connected with a random experiment.If P(A)=1/4,P(B)=2/5 and P(A uu B)=1/2 .Find the values of the following probabilities.(ii) P(A nn B^')

Will the following statement be consistent? why? for two events A and B, P(A) =0.4 , P(B)=0.5 and P(A cup B) is 0.8.

Let A and B be two events,not mutually exclusive,connected with a random experiment.If P(A)=1/4,P(B)=2/5 and P(A uu B)=1/2 .Find the values of the following probabilities. P(A nn B)

Let A and B be two events,not mutually exclusive,connected with a random experiment.If P(A)=1/4,P(B)=2/5 and P(A uu B)=1/2 .Find the values of the following probabilities.(iii) P(A nn B)^' .