A steady current of 1.50A flows through the solenoid shown in the figure ( Figur

Question

A steady current of 1.50A flows through the solenoid shown in the figure (Figure 1) .Figure 1 of 1

Part A

The current induced in the loop, as viewed from the right, is directed

The current induced in the loop, as viewed from the right, is directed

a) clockwise. b) counterclockwise. c) zero. A steady current of 1.50A flows through the solenoid shown in the figure (Figure 1) .Figure 1 of 1 Part A The current induced in the loop, as viewed from the right, is directed The current induced in the loop, as viewed from the right, is directed a) clockwise. b) counterclockwise. c) zero.

Explanation / Answer

Answer : c) zero

given: current through large loop steady current, so magnetic field induced is constant.

by Fraraday's Law

emf induced in small loop is equal to change in flux through it

since there is no change in flux through small loop as magnetic field is constant, hence induced emf is zero and therefore current in small loop is zero.

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