34. When a conducting loop of resistance 10 22 and area 10 cm² is removed from external magnetic field acting normally, the variation of induced current in the loop with time is as shown in the figure (I in A) 0.4 AN 1.0 (t in s) Find the (a) total charges passed through the loop. (b) change in magnetic flux through the loop. (c) magnitude of the magnetic field applied. (0.0)
34. When a conducting loop of resistance 10 22 and area 10 cm² is removed from external magnetic field acting normally, the variation of induced current in the loop with time is as shown in the figure (I in A) 0.4 AN 1.0 (t in s) Find the (a) total charges passed through the loop. (b) change in magnetic flux through the loop. (c) magnitude of the magnetic field applied. (0.0)
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Transcribed Image Text:34. When a conducting loop of resistance 10 22 and
area 10 cm² is removed from external magnetic field.
acting normally, the variation of induced current in
the loop with time is as shown in the figure
(I in A)
0.4 A
(0.0)
1.0 (t in s)
Find the
(a) total charges passed through the loop.
(b) change in magnetic flux through the loop.
(c) magnitude of the magnetic field applied.
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