In series, potential difference distributes in direct ratio of resistance and in parallel current is distributed in inverse ratio of resistance
In the circuit shown in figure

In series, potential difference distributes in direct ratio of resistance and in parallel current is distributed in inverse ratio of resistance Ratio of current through R, 6R and 3R will be

In series, potential difference distributes in direct ratio of resistance and in parallel current is distributed in inverse ratio of resistance Ratio of current through R, 6R and 3R will be

Find the current through the resistance in the circuits shown in figure

Find the current through the resistance in the circuits shown in figure

Find current in 10Omega resistance in the circuit shown in figure-3.114.

Find the current in 4Omega resistance in circuit shown in figure-3.108.

What will be the value of current through 2Omega resistance for the circuit shown in the figure.

Compute total circuit resistance and battery current as shown in figure.

Compute total circuit resistance and battery current as shown in figure.

Assertion If two inductors are in paralled, then current in distributes in inverse ratio of their inductance. Reason In parallel, potential difference remains constant.