Initially the switch is in positions 1 for as long time then shifted to position 2 at `t=0` as shown in figure. Just after closing the switch, the magnitude of current through the capacitor is

In figure, the switch is in the position 1 for long time, then the switch is shifted to position 2 at t=0 . At this instant the value of i_1 and i_2 are

In figure, the switch is in the position 1 for long time, then the switch is shifted to position 2 at t=0 . At this instant the value of i_1 and i_2 are

Refer to Fig. 7.49 . At t = 0 , the switch is closed . Just after closing the switch, find the current through the 5 Omega resistor.

Refer to Fig. 7.49 . At t = 0 , the switch is closed . Just after closing the switch, find the current through the 5 Omega resistor.

In the circuit shown, initially the switch is in position 1 for a long time. Then the switch is shifted to position 2 for a long time. Find the total heat produced in R_(2)

In the circuit shown in the figure initialy the switch in position 1 for a long time, then suddenly at t=0 the switch is shifted to position 2. It is required that a constant current should flow in the circuit, the value of resistance R in the circuit

In the circuit shown in the figure initialy the switch in position 1 for a long time, then suddenly at t=0 the switch is shifted to position 2. It is required that a constant current should flow in the circuit, the value of resistance R in the circuit

Switch is in position A for long time. At time t = 0 it is shifted to position B. Find the maximum charge that will accumulate on capacitor

Switch is in position A for long time. At time t = 0 it is shifted to position B. Find the maximum charge that will accumulate on capacitor

In the circuit as shown in figure the switch is closed at t = 0 . A long time after closing the switch