In a 3-phase synchronous motor, if we increase the torque applied to the shaft, what happens to the torque angle 8? increases in the positive (leading) direction O cannot be determined with the given information increases in the negative (agging) direction O tracks the rotor field at zero degrees A synchronous motor has a mechanical load applied to it, so that the rotor field lags the stator field by a mechanical angle of 30° (ie, the torque angle is 30%). This means the motor's power factor is O 15% O 87% 09% cannot be determined. The power factor depends on the Seld cument and Seld voltage drop For a 3-phase synchronous motor, we can change it's power factor by adjusting O the line frequency the field current the stator current the stator voltage

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Publisher:Robert L. Boylestad
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In a 3-phase synchronous motor, if we increase the torque applied to the shaft, what happens to
the torque angle 5?
O it increases in the positive (leading) direction
cannot be determined with the given information
it increases in the negative (agging) direction
it tracks the rotor field at zero degrees
A synchronous motor has a mechanical load applied to it, so that the rotor field lags the stator field
by a mechanical angle of 30° (.e., the torque angle is 30%). This means the motor's power factor is
O 15%
O 87%
0 95%
cannot be determined. The power factor depends on the field current and field voltage drop
For a 3-phase synchronous motor, we can change it's power factor by adjusting
O the line frequency
the field current
the stator current
O the stator voltage
please answer all
subpart in typing format
Transcribed Image Text:In a 3-phase synchronous motor, if we increase the torque applied to the shaft, what happens to the torque angle 5? O it increases in the positive (leading) direction cannot be determined with the given information it increases in the negative (agging) direction it tracks the rotor field at zero degrees A synchronous motor has a mechanical load applied to it, so that the rotor field lags the stator field by a mechanical angle of 30° (.e., the torque angle is 30%). This means the motor's power factor is O 15% O 87% 0 95% cannot be determined. The power factor depends on the field current and field voltage drop For a 3-phase synchronous motor, we can change it's power factor by adjusting O the line frequency the field current the stator current O the stator voltage please answer all subpart in typing format
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