Switch is connected to A for long time heat produced in circuit after switch is thrown to B is n times(1)/(2)CV^(2) .Find n qquad (C)/(V)*1| *-|| ||| B V

Find heat dissipated in the circuit after switch S in closed. C = 2 muF .

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

In when the switch is swapped from 1 to 2 , find the heat produced in the circuit. .

Initially, switch S is connected to position 1 for a long time . The net amount of heat generated in the circuit after it is shifted to position 2 is .

In the circuit shown switch is connected to I for a very long time. At a particular instant t=0 switch is shifted to 2, the current in the circuit after a time gap of L/R is

In the circuit shown below, the switch is in position 1 for a long time. At some moment after that the switch is thrown in position 2. The quantity of heat generated in the resistance of 375 ohm after the switch is changes to position 2 is :

Find charge flown through battery and heat generated in the circuit after shifting switch from S_1" to "S_2.

The circuit is closed for long time so that the capacitors are fully charged.Switch is opened at a certain instant.The heat developed in resistor R_(2) after that instant is K times10^(-4) J. Then find the value

In the circuit arrangement shown in Figure, the three way switch S is kept in position 1 for a long time. (a) Find the potential difference across the inductor immediately after the switch is thrown from posi- tion 1 to position 2. (b) After being left in position 2 for a long time, the switch is moved to position 3. Find the potential difference across R immediately after the switch is moved to position 3. Assume no time lag in moving the switch from one position to another.