Imagine that a circular current loop is immersed in a magnetic field B parallel to the axis of the loop The magnetic field depends on time in this way B ( t ) A sin ( wt ) Find the voltage produced at the ends of the loop If the wire has a resistance ro , what will be its current

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Question: Imagine that a circular current loop is immersed in a magnetic field B parallel to the axis of the loop. The magnetic field depends on

Imagine that a circular current loop is immersed in a magnetic field B parallel to the axis of the loop. The magnetic field depends on time in this way B

(

) =

A sin

(

) .

Find the voltage produced at the ends of the loop. If the wire has a resistance ro

,

what will be its current?

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