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A 66 mF capacitor is fully charged in a circuit with a 553 2 resistor and a 103 V battery. The battery is then removed and the capacitor is discharged in a circuit with the same resistor. Find the charge remaining on the capacitor 1.4 s after the circuit is completed.

A 66 mF capacitor is fully charged in a circuit with a 553 2 resistor and a 103 V battery. The battery is then removed and the capacitor is discharged in a circuit with the same resistor. Find the charge remaining on the capacitor 1.4 s after the circuit is completed.

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A 66 mF capacitor is fully charged in a circuit with a 553 2 resistor and a 103 V battery. The battery is then removed and the capacitor is discharged in a circuit with the same resistor. Find the charge remaining on the capacitor 1.4 s after the circuit is completed.
Transcribed Image Text:A 66 mF capacitor is fully charged in a circuit with a 553 2 resistor and a 103 V battery. The battery is then removed and the capacitor is discharged in a circuit with the same resistor. Find the charge remaining on the capacitor 1.4 s after the circuit is completed.
Expert Solution
Introduction:

We are given capacitance and voltage. We first find maximum charge on capacitor. We then find the charge on capacitor at given time.

The charge on capacitor at given time is given as

q=qoe-t/RC

Here qo,R,C are maximum charge, resistance and capacitance respectively.

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