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As shown in the figure, three sided frame is pivoted at P and Q and hangs vertically. Its sides are of same length and have a linear mass density of √3 kgm−1. A current of 10√3 A is sent through the frame, which is placed in a uniform magnetic field of 2T directed upwards as shown. Then the angle (in degree) through which the frame will be deflected in equilibrium is (Take g=10 ms−2)

Answer» As shown in the figure, three sided frame is pivoted at P and Q and hangs vertically. Its sides are of same length and have a linear mass density of 3 kgm1. A current of 103 A is sent through the frame, which is placed in a uniform magnetic field of 2T directed upwards as shown. Then the angle (in degree) through which the frame will be deflected in equilibrium is (Take g=10 ms2)




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