As a loop of wire with a resistance of 10 $\Omega$ moves in a constant non-uniform magnetic field, it loses kinetic energy at a uniform rate of 5 mJ/s. The induced current in the loop:
A) is 0
B) is 2 mA
C) is 2.8 mA
D) is 20 mA
E) cannot be calculated from the given data

Question

As a loop of wire with a resistance of 10 $\Omega$  moves in a constant non-uniform magnetic field, it loses kinetic energy at a uniform rate of 5 mJ/s. The induced current in the loop:
A) is 0
B) is 2 mA
C) is 2.8 mA
D) is 20 mA
E) cannot be calculated from the given data

Quizplus · Accepted Answer

The Answer of As a loop of wire with a resistance of 10 $\Omega$  moves in a constant non-uniform magnetic field, it loses kinetic energy at a uniform rate of 5 mJ/s. The induced current in the loop:
A) is 0
B) is 2 mA
C) is 2.8 mA
D) is 20 mA
E) cannot be calculated from the given data

As a Loop of Wire with a Resistance of 10 Ω\OmegaΩ

As a Loop of Wire with a Resistance of 10 $\Omega$