A conducting circular coil is placed in a uniform magnetic field with the magnetic field initially directed perpendicular to the plane of the coil. In step A, the coil is rotated from its initial position by 60^{\circ} about its diameters in time ' t '. In step B, the coil is further rotated about the same axis in the same sense by another 120^{\circ} in time ' 2 t '. Ratio of emf induced in the coil in step A to that in step B is [TG EAPCET 13 May 2023 Shift 2]

TS EAMCET Engineering 13 May 2023 Shift 2 Solved Paper

Section: Physics

Question : 111 of 160

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A conducting circular coil is placed in a uniform magnetic field with the magnetic field initially directed perpendicular to the plane of the coil. In step A, the coil is rotated from its initial position by 60∘ about its diameters in time ' t '. In step B, the coil is further rotated about the same axis in the same sense by another 120∘ in time ' 2t '. Ratio of emf induced in the coil in step A to that in step B is

[TG EAPCET 13 May 2023 Shift 2]

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