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Question
Figure (38-E2) shows a conducting square loop placed parallel to the pole-faces of a ring magnet. The pole -faces have an area of 1cm2 each and the field between the poles is 0.10 T. The wires making the loop are all outside the magnetic field. If the magnet is removed in 1.0 s, what is the average emf induced in the loop?
Figure (38-E2) shows a conducting square loop placed parallel to the pole-faces of a ring magnet. The pole -faces have an area of 1cm2 each and the field between the poles is 0.10 T. The wires making the loop are all outside the magnetic field. If the magnet is removed in 1.0 s, what is the average emf induced in the loop?
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Solution
Here →B=0.10T
A=1cm2=10−4m,T=2s
ϕ=B.A=10−1×10−4=10−5
e=dϕdt=10−51=10−5=10μV.
Here →B=0.10T
A=1cm2=10−4m,T=2s
ϕ=B.A=10−1×10−4=10−5
e=dϕdt=10−51=10−5=10μV.
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