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A magnet is moved towards the coil (i) quickly, (ii) slowly, the induced emf is​
  • a)
    more in (i) than in (ii) case.
  • b)
    Smaller in (i) than in (ii) case.
  • c)
    Same in both.
  • d)
    Nothing can be said.
Correct answer is option 'A'. Can you explain this answer?
Most Upvoted Answer
A magnet is moved towards the coil (i) quickly, (ii) slowly, the induc...
When a magnet is moved towards the coil quickly, the rate of change of flux is larger than that if the magnetic field is moved slowly, thus larger emf is induced due to quick movement of the coil.
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Community Answer
A magnet is moved towards the coil (i) quickly, (ii) slowly, the induc...
This is because when the magnet is moved quickly, opposing emf induced in the coil will be more.Hope it helps!!
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