R-C Circuit||Charging of Capacitor

R-C Circuit|Important Questions|Charging Of A Capacitor|Important Questions

For given circuit charge on capacitor C, and C_(2) in steady state will be equal to

charging and discharging of capacitors in complex circuits

charging and discharging of capacitors in complex circuits

In circuit shown in figure charge on capacitor is Q = 100muC . If switch is closed at t=0 find current in circuit when charge on capacitor reduces to 50muC . Also find the maximum current in circuit.

R-C Circuit- Important Questions|Discharging Of A Capacitor

During charging of capacitor in the circuit shown, Circuit current versus time graph is

Charging and Discharging OF Capacitors||RC- Circuits||Examples

The heat produced by a resistor in any time t during the charging of a capacitor in a series circuit is half the energy stored in the capacitor by that time. Current in the circuit is equal to the rate of increase in charge on the capacitor.

In the given circuit diagram when the current reaches steady stte in the circuit, the charge on the capacitor of capacitance C will be:-