This machine would appear to be running as a synchronous motor so you could miss out the word "induction". To see what\'s going on with the phasor diagram and how power (T) and excitation (E) affect power factor and load angle please open the attached link which will allow you to manipulate the parameters and follow their interactions. From there it\'s not difficult to perform the calculations. Use the "cylindrical" option!. . Answer. This machine would appear to be running as a synchronous motor so you could miss out the word "induction". To see what\'s going on with the phasor diagram and how power (T) and excitation (E) affect power factor and load angle please open the attached link which will allow you to manipulate the parameters and follow their interactions. From there it\'s not difficult to perform the calculations. Use the "cylindrical" option!.
This machine would appear to be running as a synchronous mot
This machine would appear to be running as a synchronous motor so you could miss out the word "induction". To see what\'s going on with the phasor diagram and how power (T) and excitation (E) affect power factor and load angle please open the attached link which will allow you to manipulate the parameters and follow their interactions. From there it\'s not difficult to perform the calculations. Use the "cylindrical" option!. . Answer. This machine would appear to be running as a synchronous motor so you could miss out the word "induction". To see what\'s going on with the phasor diagram and how power (T) and excitation (E) affect power factor and load angle please open the attached link which will allow you to manipulate the parameters and follow their interactions. From there it\'s not difficult to perform the calculations. Use the "cylindrical" option!.
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