he following table gives the joint probability distribution of the speed of a car (C) and the incidence of an accident (A), where A=0 when no accidents have occured and A=1 when an accident has occured: C= 30 kmph C= 50 kmph C= 95 kmph A=0 0.02 0.05 0.15 A=1 0.08 0.25 0.45 omplete the following table with the marginal distributions of the speed of a car (C) and the incidence of an accident (A). C= 30 kmph C= 50 kmph Marginal probability (A) C=95 kmph A=0 0.02 0.05 0.15 A=1 0.08 0.25 0.45 Marginal probability (C) omplete the following table with the conditional distribution of the speed of a car given the incidence of an accident, ie., C given A. C= 30 kmph c=50 kmph C=95 kmph Total Pr(CJA = 0) Pr(CJA = 1) Round your answers to two decimal places.) he conditional expectation of the speed of the car, given no accidents take place, E(CIA = 0), is kmph. nd, the conditional expectation of the speed of the car, given an accident takes place, E(CA = 1), is kmph. Round your answers to two decimal places.) he probability Pr(C= 95|A = 1)= and the probability Pr(C = 95) =D he probability of having an accident (A) and the speed of a car (C) are v events because