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Conductivity and Resistivity

A time varyin...

Question

A time varying voltage is applied to the clamps A and B such that voltage across the capacitor plates is as shown in the figure. Plot the time dependence of voltage across the terminals of the resistance E and D.

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Solution

$I = \frac{d 9}{d t} = c \frac{d V_{c}}{d t}$
From $t = 0$ to $t > t_{0}$
$\frac{{d V}_{c}}{d t} = 0$
therefore
$V_{E D} = K C (0 < t \leq t_{0}) V_{E D} = 0 (t > t_{0})$

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