A closed loop of cross-sectional area 10^-2 m² which has inductance L = 10 mH and negligible resistance is placed in a time-varying magnetic field. Figure shows
the variation of B with time for the interval 4 s. The field is perpendicular to the plane of the loop (given at t = 0, B = 0,I = 0). The value of the maximum current induced in the loop is

Two different coils have self-inductance  ${\mathrm{L}}_1=8$mH, ${\mathrm{L}}_2=2\mathrm{mH}$ . The current in one coil is increased at a constant rate. The current in the second coil is also increased at the same rate. At a certain instant of time, the power given to the two coils is the same. At that time the current, the induced voltage and the energy stored in the first coil are ${\mathrm{i}}_1,{\mathrm{V}}_1$ and ${\mathrm{W}}_1$ respectively. Corresponding values for the second coil at the same instant are ${\mathrm{i}}_2,{\mathrm{V}}_2$  and ${\mathrm{W}}_2$ respectively. Then