Question

3000 KVA, 20 kV, 900 r/min; 60 Hz delivers power to a 16 KV, 75A load. A 3-phase generator rated factor of 0.8. If the synchronous reactance is 100 j2, calculate the value of Eo per with leading power phase. Eo = 15.89 kV Eo = 12.97 kV Eo = 5.55 kV Eo = 21.36 kV

Name: 3000 kva 20 kv 900 rmin 60 hz delivers power to a 16 kv75a load a 3 phase generator rated factor of 08 if the synchronous reactance is 100 j2 calculate the value of eo per with leading power 54893
Uploaded: 2023-02-08T15:45:55-08:00
Duration: 1 min 29 s
Channel: Sri K
Description: 3000 kva 20 kv 900 rmin 60 hz delivers power to a 16 kv75a load a 3 phase generator rated factor of 08 if the synchronous reactance is 100 j2 calculate the value of eo per with leading power 54893

          3000 KVA, 20 kV, 900 r/min; 60 Hz delivers power to a 16 KV, 75A load. A 3-phase generator rated factor of 0.8. If the synchronous reactance is 100 j2, calculate the value of Eo per with leading power phase.
Eo = 15.89 kV
Eo = 12.97 kV
Eo = 5.55 kV
Eo = 21.36 kV

Added by Crystal E.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Sri K

02/08/2023

Step 1

Calculate the value of Eo per phase: Eo=15.89 kV, 12.97 kV, 5.55 kV Show more…

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3000 KVA, 20 kV, 900 r/min; 60 Hz delivers power to a 16 KV, 75A load. A 3-phase generator rated factor of 0.8. If the synchronous reactance is 100 j2, calculate the value of Eo per with leading power phase. Eo = 15.89 kV Eo = 12.97 kV Eo = 5.55 kV Eo = 21.36 kV