Figure-5.102 shows a RL circuit. If at t-0 switch is closed, find the current in inductor as a function of time.

In the circuit shown, switch S is closed at time t = 0 . Find the current through the inductor as a function of time t .

In the circuit shown, switch S is closed at time t = 0 . Find the current through the inductor as a function of time t .

In the circuit arrangement shown in figure, the switch S is closed at t = 0 . Find the current in the inductance as a function of time? Does the current through 10 Omega resistor vary with time or remains constant.

In the circuit arrangement shown in figure, the switch S is closed at t = 0 . Find the current in the inductance as a function of time? Does the current through 10 Omega resistor vary with time or remains constant.

In the circuit diagram shown, intially there is no energy in the inductor and the capacitor. The switch is closed at t=0 . Find the current I as a function of time t .

Consider the circuit shown. Switch is closed at t=0. Find the current through the battery as a function of time. Initially capacitor was uncharged.

In the circuit shown in figure-5.115, find the current in inductor as a function of time if switch is closed at t=0.

A circuit contains an ideal cell and an inductor with a switch. Initially, the switch is open. It is closed at t = 0 . Find the current as a function of time.

A circuit contains an ideal cell and an inductor with a switch. Initially, the switch is open. It is closed at t = 0 . Find the current as a function of time.

A circuit contains an ideal cell and an inductor with a switch. Initially, the switch is open. It is closed at t = 0 . Find the current as a function of time.