A circuit is shown below.

If A is a capacitor, B is an ideal ammeter and C is an ideal battery of voltage V, what is the voltage across the capacitor?

Find voltage across capacitor C_1

Find voltage across capacitor C_1 .

A circuit is shown below. If B is an inductor of inductance L, A an ideal battery of voltage V and C an ideal battery of voltage 2V each connected so that the anode is facing left, what is voltage across B as soon as the circuit is connected:

A circuit is shown below. If A is an ideal ammeter, B an ideal Battery of voltage V, and C an ideal volmeter, what will be the reading of C/reading of A ?

The circuit shown has been connected for a long time. The voltage across the capacitor is

If A.C. voltage is applied to a pure capacitor, then votage across the capacitor ………….. .

Each resistor in the following circuit has a resistance of 2 M Omega and the capacitors have capacitances of 1muF . The battery voltage is 3V. The voltage across the resistor A in the following circuit in steady state is

Each resistor in the following circuit has a resistance of 2 M Omega and the capacitors have capacitances of 1muF . The battery voltage is 3V. The voltage across the resistor A in the following circuit in steady state is

In circuit shown below, the resistance are given in ohms and the battery is assumed ideal with emf equal to 3 volt The voltage across the resistance R_(4) is

In the circuit shown in figure, the final voltage drop across the capacitor C is :