Find power produced in `5 Omega` resistance in steady state after closing the switch S :

Find heaty produced on closing the switch S

In the circuit shown in figure-3.238, find the current in 6Omega resistance just after closing the switch S.

Find heat produced in the capacitors after long time on closing the switch S

Consider the circuits shown in figure. Find (a) (b) (c ) (d) (i) currents through resistances immediately after closing the switch (ii) Currents through resistaces after a long time ie., steady state.

Find heat produced in the circuit shown in figure on closing the switch S .

Only switch S_1 closed in fig. a. what is the steady-state reading of the voltmeter? b. What is the charge on the 3muF capacitor? c. How much power does the 12V battery supply in the steady state after all the switches are closed? d. What is the charge on 2muF capacitor?

Only switch S_1 closed in fig. a. what is the steady-state reading of the voltmeter? b. What is the charge on the 3muF capacitor? c. How much power does the 12V battery supply in the steady state after all the switches are closed? d. What is the charge on 2muF capacitor?

In the figure shown, the switch is closed at t=0 . The potential difference across the resistance R=20Omega , 1 millisecond after closing the switch is K//e . Find the value of K .

In the circuit shown in figure-3.348 when the switch is closed, the initial current through the 1 Omega resistor just after closing the switch is

Find how the voltage across the capacitor C varies with time t after closing of the switch S_(w) at the moment t=0 . .