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A capacitor of 0.2 μ F is charged from a 100 V battery through a series resistance of 500 ohms. Find (i) the time constant of the circuit. (ii) the charge received in this time (iii) the capacitor current and voltage at the time of double of time constant.

A capacitor of 0.2 μ F is charged from a 100 V battery through a series resistance of 500 ohms. Find (i) the time constant of the circuit. (ii) the charge received in this time (iii) the capacitor current and voltage at the time of double of time constant.

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A capacitor of 0.2 μ F is charged from a 100 V battery through a series resistance of 500 ohms. Find (i) the time constant of the circuit. (ii) the charge received in this time (iii) the capacitor current and voltage at the time of double of time constant.
Transcribed Image Text:A capacitor of 0.2 μ F is charged from a 100 V battery through a series resistance of 500 ohms. Find (i) the time constant of the circuit. (ii) the charge received in this time (iii) the capacitor current and voltage at the time of double of time constant.
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