A capacitor is charged to a certain potential and then allowed to discharge through a resistance R. The ratio of charge on the capacitor to current in the circuit

A capacitor is charged to a certain potential and then allowed to discharges through a resistance R. The ratio of charge on the capacitor to current in the circuit.

A capacitor of capacitance 5muF is charged to a potential difference 200 V and then allowed to dischage through a resistance 1kOmega . The cahrge on the capacitor at the instant the current through the resistance is 100 Ma, is (in muC ):

A capacitor of capacitance 5muF is charged to a potential difference 200 V and then allowed to dischage through a resistance 1kOmega . The cahrge on the capacitor at the instant the current through the resistance is 100 Ma, is (in muC ):

When a capacitor discharges through a resistance R, the time constant is tau and the maximum current in the circuit is i_0 . Then,

When a capacitor discharges through a resistance R, the time constant is tau and the maximum current in the circuit is i_0 . Then,

A capacitor is charged and then made to discharged through a resistance. The time constant is tau . In what time will the potential difference across the capacitor decreases by 10% ?

A capacitor of capacitance C is allowed to discharge through a resistance R. The net charge flown through resistance during one time constant is ( I_(0) is the maximum current)

A capacitor of capacitance C is allowed to discharge through a resistance R. The net charge flown through resistance during one time constant is ( I_(0) is the maximum current)