An two engine plan is capable of flying as long as one


An two engine plan is capable of flying as long as one engine isrunning. Let the right and left engines be X and Y randomvariables that are independent. Denote the densities for Xand Y as fX and fY , and the distributions are FX(x) and FY(y). Let thecrash time of the plane be random variableZ=max(X,Y). Find the density function fZ(z) that describes Z. "Hint: for the algebraic variable z, express the event {max(X,Y)<=z) in terms of the events {X<=z} and{Y<=z}".

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Electrical Engineering: An two engine plan is capable of flying as long as one
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