The life (T) in hours of a vibration transducer is found to follow exponential distribution [p_{T}(t)= begin{cases}lambda
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The life \(T\) in hours of a vibration transducer is found to follow exponential distribution
\[p_{T}(t)= \begin{cases}\lambda e^{-\lambda t}, & t \geq 0 \\ 0, & t<0\end{cases}\]
where \(\lambda\) is a constant. Find (a) the probability distribution function of \(T\), (b) mean value of \(T\), and (c) standard deviation of \(T\).
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