Calculate the value measured by Moving Iron when a sinusoidal voltage signal V(t) = √2sin(3ωt) is applied to it.(a) 2 V(b) 1 V(c) 3 V(d) 4 VThis question was posed to me in an online quiz.My query is from Nature of Traction Load in chapter Traction Drives of Electric Drives

Calculate the value measured by Moving Iron when a sinusoidal voltage

1.	Calculate the value measured by Moving Iron when a sinusoidal voltage signal V(t) = √2sin(3ωt) is applied to it.(a) 2 V(b) 1 V(c) 3 V(d) 4 VThis question was posed to me in an online quiz.My query is from Nature of Traction Load in chapter Traction Drives of Electric Drives
Answer» RIGHT choice is (B) 1 V The EXPLANATION is: Moving iron instrument measures the r.m.s value of the input SIGNAL. The r.m.s value of the sinusoidal signal is √2÷√2 = 1 V.

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Calculate the value measured by Moving Iron when a sinusoidal voltage signal V(t) = √2sin(3ωt) is applied to it.(a) 2 V(b) 1 V(c) 3 V(d) 4 VThis question was posed to me in an online quiz.My query is from Nature of Traction Load in chapter Traction Drives of Electric Drives

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