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 pure inductors each of self-inductance L are connected in parallel but are well separted from each other. The total inductance is

Two inductors are connected in parallel and switch S is closed at t=0

Two inductors of inductance L each are connected in series with opposite magnetic fluxes. The resultant inductance is (Ignore mutual inductance)

The inductors of self inductance L_(1) and L_(2) are put in series .

Two non-interacting inductor L_1 = 2 mH and L_2 = 5 mH are connected in parallel then respective ratio of

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.

An inductor coil of inductance L is divided into two equal parts and both parts are connected in parallel. The net inductance is :

Two inductors L_(1) and L_(2) are connected in parallel and a time varying current flows as shown. the ratio of current i_(1)//i_(2)

Two inductors L_(1) and L_(2) are connected in parallel and a time varying current flows as shown. The ratio of current i_(1)//i_(2) is?

The equivalent inductance of two inductances is 2.4 henry when connected in parallel and 10 henry when connected in series. The difference between the two inductance is