A wire loop enclosing a semi circle of radius a is located on the boundary of a uniform magnetic field of induction B (Fig 3 80) At the moment t 0 the loop is set into rotation with a constant angular acceleration beta about an axis O coinciding with a line of vector B on the boundary Find the emf induced in the loop as a function of time t Draw the approximate plot of this function The arrow in the figure shows the emf direction taken to be positive 9

Question: A wire loop enclosing a semi-circle of radius a is located on the boundary of a uniform magnetic field of induction B (Fig. 3.80). At

A wire loop enclosing a semi-circle of radius a is located on the boundary of a uniform magnetic field of induction B (Fig. 3.80). At the moment t = 0 the loop is set into rotation with a constant angular acceleration β about an axis O coinciding with a line of vector B on the boundary. Find the emf induced in the loop as a function of time t. Draw the approximate plot of this function. The arrow in the figure shows the emf direction taken to be positive.

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