The area of a rectangular loop of wire is 3.6 × $10 ^{- 3}$ $m ^ { 2 }$ . The loop is placed in a uniform magnetic field that changes steadily from 0.20 T to 1.4 T in 1.6 s. The plane of the loop is perpendicular to the direction of the magnetic field. What is the magnitude of the induced emf in that loop?
A) 2.8 × $10 ^{- 3}$ V
B) 2.7 × $10 ^{- 3}$ V
C) 0 V
D) 1.8 × $10 ^{- 3}$ V
E) 3.0 × $10^{ - 3}$ V

Question

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The Answer of The area of a rectangular loop of wire is 3.6 × $10 ^{- 3}$ $m ^ { 2 }$ . The loop is placed in a uniform magnetic field that changes steadily from 0.20 T to 1.4 T in 1.6 s. The plane of the loop is perpendicular to the direction of the magnetic field. What is the magnitude of the induced emf in that loop?
A) 2.8 × $10 ^{- 3}$ V
B) 2.7 × $10 ^{- 3}$ V
C) 0 V
D) 1.8 × $10 ^{- 3}$ V
E) 3.0 × $10^{ - 3}$ V

The Area of a Rectangular Loop of Wire Is 3 10−310 ^{- 3}10−3

The Area of a Rectangular Loop of Wire Is 3 $10 ^{- 3}$