An inductor is connected to a battery through a switch. Explain why the emf induced in the inductor is much larger when the swithc is opened as compared to the emf induced when the switch is closed.

An inductor is connected to a battery through a switch. The emf induced in the inductor is much larger when the switch is opened as compared to the emf induced when the switch is closed. Is this statement true or false?

An inductor is connected to a battery through a switch. The emf induced in the inductor is much larger when the switch is opened as compared to the emf induced when the switch is closed. Is this statement true or false?

An inductor is connected to a direct voltage source through a switch. Now

An inductor is connected to a direct voltage source through a switch. Now

An inductor L is allowed to discharge through capacitor C. The emf induced across the inductance when the capacitor is fully charged is

Find current through battery when switch is closed.

An inductor L and a resistor R are connected in series to a battery, through a key/switch. Show graphically, how current decreases with time when the key/switch is opened.

A coil of self-inductance 15 H is connected to a battery of 10 V through a 5 Omega resistor and a switch. The switch is suddenly opened in 2 ms. Calculate the average emf induced in the coil.

Steady state current through the resistor of resistance 4 Omega when both switches are closed, as compared to the current when both switches are open , is