A section of an electrical circuit XY is shown in figure-5.100 which carries a current of 5A which is decreasing at the rate of `10 A//s`. Find the potential difference `V_(y)-V_(x')`

The figure shows an inductor of 2H through which a current increasing at the rate of 5A//sec is flowing.Find the potential difference V_(X)-V_(Y) .

The figure shows an inductor of 2H through which a current increasing at the rate of 5A//sec is flowing.Find the potential difference V_(X)-V_(Y) .

In the circuit shown in figure 3.154 find the potential difference V_(A)-V_(D)

A part of a complete circuit is shown in the figure . At some instant the value of current I is 1 A and it is decreasing at a rate of 10^2 A s^(-1) . The value of the potential difference V_P - V_Q , (in volts) at that instant , is ____________.

A part of a complete circuit is shown in the figure . At some instant the value of current I is 1 A and it is decreasing at a rate of 10^2 A s^(-1) . The value of the potential difference V_P - V_Q , (in volts) at that instant , is ____________.

If the instantaneous change on the capacitor is 100 muC and current through the circuit is decreasing at the rate of 2×10^3 A/s then potential difference V_A-V_B is equal to

If the instantaneous change on the capacitor is 100 muC and current through the circuit is decreasing at the rate of 2×10^3 A/s then potential difference V_A-V_B is equal to

In the circuit diagram shown in Figure, R=10 Omega, L=l5H, E=20v, i=2A . This current is decreasing at a rate of -1.0A//s. Find V_(ab) at this instant.

In the circuit diagram shown in Figure, R=10 Omega, L=5H, E=20v, i=2A . This current is decreasing at a rate of -1.0A//s. Find V_(ab) at this instant.

In the circuit diagram shown in Figure, R=10 Omega, L=l5H, E=20v, i=2A . This current is decreasing at a rate of -1.0A//s. Find V_(ab) at this instant.