The potential difference across a 4 H inductor vary with time is as shown. The current is Zero at `t = 0,` Then the current at time `t =2s`

The potential difference across a 10H inductor as a function of time is shown in the figure. At t=0 current is zero. Then

The potential difference across a 10H inductor as a function of time is shown in the figure. At t=0 current is zero. Then

The potential difference across a 2-H inductor as a function of time is shown in Fig. At time t = 0, current is zero. Current at t = 1 s is

The potential difference across a 2-H inductor as a function of time is shown in Fig. At time t = 0, current is zero. Current at t = 1 s is

The potential difference across a 2 H inductor as a function of time is shown in figure. At time t=0 , current is zero Current t = 2 second is

The potential difference across a 2 H inductor as a function of time is shown in figure. At time t=0 , current is zero Current t = 2 second is

The potentiak difference across a 2H inductor as a function of time is shown in the figure. At time t=0, current is zero. Current versus time graph across the inductor will be

The potentiak difference across a 2H inductor as a function of time is shown in the figure. At time t=0, current is zero. Current versus time graph across the inductor will be

The potential difference across a 150 mH inductor as a function of time is shown in figure. Assume that the initial value of the current in the inductor is zero. What is the current when t=2.0 ms ? and t = 4.0 ms ?