Q1. The rectangular loop shown in Fig. below is situated in the x-y plane and moves away from the origin with velocity u = § 10 (m/s) in a magnetic field given by B(y) =20.2e-0.ly (T). If R = 15 $2, find the current / at the instant that the loop sides are at yi = 4 m and y2 = 4.5 m. The loop resistance may be ignored. I 1 4 + 1=2m /12 VA y V1=4m 12=4.5 m 2 3 R 1+0.5 m-+1 Q2. The rectangular conducting loop shown in the below Fig. rotates at 5,000 revolutions per minute in a uniform magnetic flux density given by B = @ 50 (mT). Determine the current induced in the loop if its internal resistance is 1.5 $2. 2 cm B 3 cm B ø(1) H

Solved: Q1. The rectangular loop shown in Fig. below is situated in the x-y pl

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q1 the rectangular loop shown in fig below is situated in the x y plan

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Q1. The rectangular loop shown in Fig. below is situated in the x-y plane and moves away from the origin with velocity u = § 10 (m/s) in a magnetic field given by B(y) =20.2e-0.ly (T). If R = 15 $2, find the current / at the instant that the loop sides are at yi = 4 m and y2 = 4.5 m. The loop resistance may be ignored.