A three-phase synchronous generator is rotating at 1000 RPM synchronous speed. The output power of this generator is 8.5 KW and its efficiency is 88%. If the copper losses are neglected. Calculate the induced torque by this generator.

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A three-phase synchronous generator is rotating at 1000 RPM synchronous speed. The output power of this generator is 8.5 KW and its
efficiency is 88%. If the copper losses are neglected.
Calculate the induced torque by this generator.
Select one:
O a. Tind = 73.04 N.m.
O b. tind = 8,48 N.m.
O c. Tind = 81.1 N.m.
O d. None
O e. tind = 90.16 N.m.
Clear my choice
Transcribed Image Text:A three-phase synchronous generator is rotating at 1000 RPM synchronous speed. The output power of this generator is 8.5 KW and its efficiency is 88%. If the copper losses are neglected. Calculate the induced torque by this generator. Select one: O a. Tind = 73.04 N.m. O b. tind = 8,48 N.m. O c. Tind = 81.1 N.m. O d. None O e. tind = 90.16 N.m. Clear my choice
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