Find the current in the sliding rod AB (resistance = R) for the arrangement shown in Fig. B is constant and is out of the paper. Parallel wires have no resistance. `upsilon` is constant. Switch is closed at time t = 0.

Find the current in the sliding rod AB (resistance = R) for the arranged shown in Fig. B is constant and is out of the paper. Paralllel wires have no resistance. upsilon is constant. Switch is closed at time t = 0.

Find the current in the sliding rod AB (resistance = R) for the arrangement shown in figure. vecB is constant and is out of the paper. Parallel wires have no resistance, v is constant. Switch S is closed at time t = 0.

Find the current in the sliding rod AB (resistance = R) for the arrangement shown in figure. vecB is constant and is out of the paper. Parallel wires have no resistance, v is constant. Switch S is closed at time t = 0.

Find the current in the sliding rod AB (resitance = R) for the arrangement shown in Fig.EP.6.30. vecB is constant and is out of the paper. Parallel wires have no resistance vecv is constant. Switch S is closed at time t=0

A sliding rod AB of resistance R is shown in the figure. Here magnetic field B is constant and is out of the paper. Parallel wires have no resistance and the rod is moving with constant velocity v. The current in the sliding rod AB when switch S is closed at time t=0 is

Find the current flowing current flowing thorugh the resistance R in the circuit shown in Fig. The internal resistances of the batteries are negilble.

In the circuit shown in fig, if the switch S is closed at t = 0 , the capacitor charges with a time constant

In the circuit shown in fig. when the switch is closed, the capacitor charges with a time constant