Question: A. (4 pts.) Find the flux through the rectangular loop, in terms of the current (t). B. (3 pts.) Find the current induced at t

A. (4 pts.) Find the flux through the rectangular loop, in terms of the current (t). B. (3 pts.) Find the current induced

constant (I = I;), but the loop was moving away from the

A. (4 pts.) Find the flux through the rectangular loop, in terms of the current (t). B. (3 pts.) Find the current induced at t = 0 s. C. (3 pts.) Suppose the current was constant (I = I;), but the loop was moving away from the wire at a speed v = 1.2 ? The loop starts at t = 0 at the distance shown in the figure. At t = 0, find the motional emf induced in the loop. 86. The current in the long, straight wire shown in the accompanying figure is given by I = I, sin wt, where Iy = 15 A and w = 1207 rad/s. 5.0cm | 5.0cm | [ 8.0 cm

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