Electromagnetic Induction and Alternating Current: Lenz's Law — Ring MCQ

Solve this quality-checked JEE multiple-choice question, then review the correct answer and explanation.

Timer-based practiceDetailed answer reviewMobile-friendly flow

Lenz's Law — RingMediumQuestion 20184

Question

A magnet is pushed toward a conducting ring. The induced current in the ring will:

A
Create a south pole facing the approaching north pole of the magnet
B
Create a north pole facing the approaching north pole (repelling)
Correct
C
Create no magnetic pole
D
Attract the magnet

Correct answer

Create a north pole facing the approaching north pole (repelling)

Explanation

Lenz's law: the induced current must oppose the approach. The ring creates a north face toward the incoming north pole → repulsion. This is the classic demonstration: the ring levitates or is repelled.

Review Electromagnetic Induction and Alternating Current notes Start timed chapter practice