Let X be N ( 0 , 1 ) . Use the mgf technique to show that Y = X 2 is x 2 ( 1 ) . HINT: Evaluate the integral representing E ( e t X 2 ) by writing w = x 1 − 2 t .
Let X be N ( 0 , 1 ) . Use the mgf technique to show that Y = X 2 is x 2 ( 1 ) . HINT: Evaluate the integral representing E ( e t X 2 ) by writing w = x 1 − 2 t .
Solution Summary: The author explains how to find theintegral that represents E(etX2) of the given distribution.
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