Faraday's Law. A solenoid ring with N = 3 loops is immersed in a uniform time-varying magnetic field (shown in the figure) whose strength is given by B = (1/4) sin(t/2) [T], where t is in seconds. If the radius of the loop is r = 2[m], what is the maximum magnitude of the EMF in the loop? At what time is the magnitude of the EMF at half its X X max value? X/x A. T [V], 67 [s] [s] X X 3n В. 4п [V], [s] [s] С. бл [V], D. Зп [V], 3 X x x x X X X X X

Faraday's Law. A solenoid ring with N = 3 loops is immersed in a uniform time-varying magnetic field (shown in the figure) whose strength is given by B = (1/4) sin(t/2) [T], where t is in seconds. If the radius of the loop is r = 2[m], what is the maximum magnitude of the EMF in the loop? At what time is the magnitude of the EMF at half its X X max value? X/x A. T [V], 67 [s] [s] X X 3n В. 4п [V], [s] [s] С. бл [V], D. Зп [V], 3 X x x x X X X X X