The total charge, induced in a conducting loop when it is moved in magnetic field depend on (a) the rate of change of magnetic flux (b) initial magnetic flux only (c) the total change in magnetic flux (d) final magnetic flux only

Answer: (c). q = (Δφ)/(R): the time of change cancels out. So the charge depends on the total change in flux, not on its rate or on the initial or final flux alone. So the answer is (c) the total change in magnetic flux.

The total charge, induced in a conducting loop when it is moved in… | NEET 1992 (AIPMT)

Q88NEET 1992 · AIPMTEasy

Magnetic Flux & Faraday's Law

The total charge, induced in a conducting loop when it is moved in magnetic field depend on

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Answer: (c)

$q = \frac{\Delta\phi}{R}$ : the time of change cancels out.
So the charge depends on the total change in flux, not on its rate or on the initial or final flux alone.
So the answer is (c) the total change in magnetic flux.

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