If φsh is flux of shunt magnet, φse is flux of series magnet, ish is eddy current due to φse, the torque in an induction wattmeter is proportional to-A-φse ise + φsh ishB-φsh ise φse ishC-φsh ish φse iseD-φsh ish + φse ise-B-φsh ise φse ish

Question

If &phi;sh is flux of shunt magnet, &phi;se is flux of series magnet, ish is eddy current due to &phi;se, the torque in an induction wattmeter is proportional to-A-&phi;se ise + &phi;sh ishB-&phi;sh ise &phi;se ishC-&phi;sh ish &phi;se iseD-&phi;sh ish + &phi;se ise-B-&phi;sh ise &phi;se ish

APTITUDE CRACK · Accepted Answer

B &phi;sh ise &phi;se ish No answer description is available.

Measurements and Instrumentation - Engineering

If φ_sh is flux of shunt magnet, φ_se is flux of series magnet, i_sh is eddy current due to φ_se, the torque in an induction wattmeter is proportional to

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Measurements and Instrumentation - Engineering

If φsh is flux of shunt magnet, φse is flux of series magnet, ish is eddy current due to φse, the torque in an induction wattmeter is proportional to

Solution

For help Students Orientation Mcqs Questions

If φ_sh is flux of shunt magnet, φ_se is flux of series magnet, i_sh is eddy current due to φ_se, the torque in an induction wattmeter is proportional to

For help Students Orientation
Mcqs Questions