3. Assume that X is a discrete random variable with moment generating function 3 M(t) = 1a t < 1.3863. 4 et Note that no special type of random variable we have studied thus far in MAT 353 has this moment generating function. (a) Compute E(X).

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3.
Assume that X is a discrete random variable with moment
generating function
3
M(t) :
t < 1.3863.
%3D
4 – et
et >
Note that no special type of random variable we have studied thus far in
MAT 353 has this moment generating function.
(a) Compute E(X).
Transcribed Image Text:3. Assume that X is a discrete random variable with moment generating function 3 M(t) : t < 1.3863. %3D 4 – et et > Note that no special type of random variable we have studied thus far in MAT 353 has this moment generating function. (a) Compute E(X).
(a) Compute E(X).
(b) Compute Var(X).
Transcribed Image Text:(a) Compute E(X). (b) Compute Var(X).
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