In the circuit shown in Fig. Sliding contact is moving with uniform velocity towards right. Its value at some instance is `12 (Omega)`. The current in the circuit at this instant of time will be

In the circuit shown in the figure, the jockey J is being pulled towards right, so that the resistance in the circuit is increasing. It’s a value at some instant is 5Omega . The current in the circuit at this instant will be

In the circuit shown in the figure, the jockey J is being pulled towards right, so that the resistance in the circuit is increasing. It’s a value at some instant is 5Omega . The current in the circuit at this instant will be

In the circuit shown in the figure, the jockey J is being pulled towards right, so that the resistance in the circuit is increasing. It’s a value at some instant is 5Omega . The current in the circuit at this instant will be

Consider the circuit shown in the fig. sliding contact is being pulled towards right so that the resistance in the circuit is increasing. Its valve at the instant shown in 12 Omega . Will the current be more then 0.50 A or less than it at this instant?

Consider the circuit shown in the fig. sliding contact is being pulled towards right so that the resistance in the circuit is increasing. Its valve at the instant shown in 12 Omega . Will the current be more then 0.50 A or less than it at this instant?

In the circuit shown in Fig. 12.3, when the switch is moved to ‘ON’ position

In the circuit shown in fig.. Time constant and steady state current will be

The resistance in the following circuit is increase at a particle instant. At this instant the value of resistanc eis 10Omega . The current in the circuit will be now