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A conducting wire of length l and cross-section area A is tied between two rigid supports and is vibrating in its fundamental mode with frequency 'f' and amplitude 'a' in a uniform magnetic field 'B' normal to the plane of vibration. The maximum potential difference generated across the wire will be. [B = 2T , f = 100 Hz, L = 1m, a = 5 mm & A=10−4m2](Write upto two digits after the decimal point.) |
Answer»  A conducting wire of length l and cross-section area A is tied between two rigid supports and is vibrating in its fundamental mode with frequency 'f' and amplitude 'a' in a uniform magnetic field 'B' normal to the plane of vibration. The maximum potential difference generated across the wire will be. [B = 2T , f = 100 Hz, L = 1m, a = 5 mm & A=10−4m2](Write upto two digits after the decimal point.) |
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