Two inductors each of inductance `L` are joined in parallel. Their equivalent inductance is

Show that if two inductors with equal inductance L are connected in parallel then the equivalent inductance of combination is L//2 .The inductors are separated by a large distance.

Show that if two inductors with equal inductance L are connected in parallel then the equivalent inductance of combination is L//2 .The inductors are separated by a large distance.

Two inductors each of inductance L are connected in parallel. One more inductor of value 5 mH is connected in series of this configuration then the effective inductance is 15 mH . The value of L is ………..mH.

Two inductors each of inductance L are connected in parallel. One more inductor of value 5 mH is connected in series of this configuration then the effective inductance is 15 mH. The value of L is .......... mH.

Two inductors each of inductance L are connected in parallel. One more inductor of value 5 mH is connected in series of this configuration then the effective inductance is 15 mH . The value of L is ………..mH.

Pure inductors each of inductance 3 H are connected as shown in figure. The equivalent inductance of the circuit is

Two pure inductors each of self inductance L are connected in series, the net inductance is

Two pure inductors each of self inductance L are connected in series,the net inductance is