A conducting square loop initially lies in the X Z plane with its lower edge hinged along the X -axis. Only in the region y 0 , there is a time dependent magnetic field pointing along the Z -direction, B (t)=B₀( t) K , where B₀ is a constan

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A conducting square loop initially lies in the X Z plane with its lower edge hinged along the X -axis. Only in the region y 0 , there is a time dependent magnetic field pointing along the Z -direction, B (t)=B₀( t) K , where B₀ is a constant. The magnetic field is zero everywhere else. At time t=0 , the loop starts rotating with constant angular speed about the X axis in the clockwise direction as viewed from the +X

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Correct answer: 0

aligned & = B ₀ tA t = B ₀ ~A 2 t 2 & =- d dt =- B ₀ ~A 2 t = (0 t ) & =0 ( t 2 ) aligned Ans. Option (A)

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