Yes, the question states, switch the positions of the capacitor and resistor, an

Question

Yes, the question states, switch the positions of the capacitor and resistor, and sketch VR from calculated values. Determine the magnitude of VR at t = T/2 and Sketch the curve for VR from t = 0s to t = T/2. Using the VR determined above as the initial value for the discharge cycle between T/2 and T, determine the value of VR at t = T, and plot the curve of VR from t = T/2 to T. Using the value of VR at t = T as the initial value for the charging cycle between T and 3/2T, calculate the value of VR at t = 3/2T and plot the curve of VR from T to 3/2T. Repeat these steps from 3/2T to 2T, and 2T to 2.5T. Appreciate the help.

Explanation / Answer

Hi i am the same pavan .

Actually its asked about the Voltage across the Resistor .

I have calculated for Voltage across capacitor .

For + ve Half cycle:

VR = 10 - Vo(t)

For -ve half cycle :

VR = -Vo(t) .

Please consider these adjustments and rate my answer .

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