Capacitor `C_(1)` of the capacitance `1muF` and another capacitor `C_(2)` of capacitance `2muF` are separately charged fully by a common battery.The two capacitors are then separately allowed to discharge through equal resistors at time `t=0`.

Capacitor C_1 of capacitance 1 micro-farad and capacitor C_2 of capacitance 2 microfarad are separately charged fully by a common battery. The two capacitors are then separately allowed to discharged through equal resistors at time t = 0.

A capacitor C_1 of capacitance 1muF and a capacitor C_2 of capacitance 2muF are separately charged by a common battery for a long time. The two capacitors are then separately discharged through equal resistors. Both the discharge circuits are connected at t = 0 .

Capacitors C_(1)=1 muF and C_(2)=2muF are separately charged from the same battery. They are allowed to discharge separately through equal resistors

A capacitor of capacitance 500(mu)F is connected to a battery through a (10 k (Omega)) resistor.The charge stored on the capacitance 2(mu)F are separately charged by a common battery for a long time. The two capacitors are then separately discharged through equal resistors.Both the discharge circuits are connected at t=0.

Two capacitors C_(1) = 2 mF and C_(2) = 8 mF are seperately charged from the same battery. These two capacitors are then allowed to discharge separately through resistors of same resistance with a switch in series which are kept open initially. Both switches are closed at t = 0.

The radius of spherical capacitor when capacitance is 1 muF is:

A capacitor of capacitance 5 muF is charged to a potential difference of 10 volts and another capacitor of capacitance 9 muF is charged to a potential difference of 8 volts. Now these two capacitors are connected in such a manner that the positive plate of one is connected to the positive plate of other. Calculate the common potential difference across the two capacitors.

A capacitor of capacitance C_(1)=1 muF can withstand maximum voltage V_(1)=6 kV and another capacitor of capacitance C_(2)=3 muF can withstand maximum voltage V_(2) 4 kV . When the two capacitors are connected in series, the combined system can withstand a maximum voltage of