Calculate v(t) for t>0. Your answer will be in the form of $v(t) = X + Ye^{-zt}$. Find X, Y and Z. Then calculate i(t) for t>0. Your answer will be in the form of $i(t) = We^{-zt}$. Find W.
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The capacitor acts as an open circuit. The voltage across the capacitor is $v(\infty) = 13V$. Thus, $X = 13$. Show more…
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