Question: A circular conductive loop has a radius a , resistance R , and rotates with a constant angular velocity w in a uniform magnetic field

A circular conductive loop has a radius a, resistance R, and rotates with a constant angular velocity w in a uniform magnetic field B = Bk. The axis of rotation is a diameter of the loop that coincides with the y-axis. (a) Find the position(s) where the electromotive force (EMF) induced is zero. (b) What is the direction of the induced current at the time when the surface vector of the loop coincides with the x-axis, and the upper part of the loop coincides with the z-axis?

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