A parallel circuit consists two ideal inductor of inductance L and 2L and a resistance R. At some instant the same current  $I_0$  is flowing in both the inductor in same direction.

Total heat produced in resistance is equal to  $\frac{2}{3}L{I}_0^2$

Total heat produced in resistance is equal to  $\frac{1}{3}L{I}_0^2$

Total charge flow through resistance is  $\frac{4L{I}_0}{3R}$

Final current in both inductor is same and equal to  $\frac{I_0}{3}$