The inductance of a coil in which a current of 0.2 A is increasing at the rate of 0.5 A/s represents a power flow of 0.5 W is

The inductance of a coil in which a current of 0.1 A increasing at the rate of 0.5A/s represents a power flow of $\frac{1}{2}$ watt ,is

The inductance of a coil which current increases linearly from zero to 0.1 A in 0.2 s producing a voltage of 5 V is

An emf 96.0mV is induced in the windings of a coil when the current in a nearby coil is increasing at the rate of 1.20A/s. The mutual inductance of the two coils is

The side of a square is increasing at the rate of 0.2 cm/s. The rate of increase of perimeter w.r.t time is :

When the current in a certain inductor coil is $5.0A$ and is increasing at the rate of $10.0A/s$,the magnitude of potential difference across the coil is $140V$.When the current is $5.0A$ and decreasing at the rate of $10.0A/s$,the potential difference is $60V$.The self inductance of the coil is :

The side of a square is increasing at ther rate of $0.2cm/s$. The rate of increase of perimeter w.r.t. time is :

The mutual inductance between two coils is $0.5H$.It the current in one coil is changed at the rate of $5A/s$,what will be the $emf$ induced in the other coil?

The self inductance of a coil is $5mH$. If a current of $2A$ is flowing in it, then the magnetic flux produced in the coil will be

The inductance of a coil is $60\mu H$. A current in this coil increase from $1.0A$ to $1.5A$ in $0.1$ second. The magnitude of the induced e.m.f. is

A current of 1 A through a coil of inductance of 200 mH is increasing at a rate of $0.5A{s}^{-1}$. The energy stored in the inductor per second is