In the circuit shown in figure points a, b and c are maintained at constant (but may be different) potentials. When a resistance is connected between a and b no current flows through it, when the same resistance is connected between b and c current flows from c to b.

When only three resistance shown in figure are in the circuit

In the circuit shown in figure points a, b and c are maintained at constant (but may be different) potentials. When a resistance is connected between a and b no current flows through it, when the same resistance is connected between b and c current flows from c to b. If V_(a) = V_(b) = 10 V and V_(c) = 30 V . Then value of V_(d) will be

In the circuit shown in figure points a, b and c are maintained at constant (but may be different) potentials. When a resistance is connected between a and b no current flows through it, when the same resistance is connected between b and c current flows from c to b. If V_(a) = V_(b) = 10 V and V_(c) = 30 V . Then value of V_(d) will be

In the circuit shown in figure, each resistance is Net resistance between points A and B is

In the circuit shown in figure, each resistance is Net resistance between points A and B is

Find out the magnitude of resistance X in the circuit shown in figure, When no current flows through the 5 Omega resistance

Find out the magnitude of resistance X in the circuit shown in figure, When no current flows through the 5 Omega resistance

Find out the magnitude of resistance X in the circuit shown in figure, When no current flows through the 5 Omega resistance

In the circuit shown in the figure, the current flowing in 2 Omega resistance

In the circuit shown, if a wire is connected between points A and B. How much current will flow through that wire?

In the circuit shown, if a wire is connected between points A and B. How much current will flow through that wire?