Electrical Engineering - Three-Phase Systems in Power Applications - Discussion
Discussion Forum : Three-Phase Systems in Power Applications - General Questions (Q.No. 1)
1.
In a three-phase system, the voltages are separated by
Discussion:
35 comments Page 2 of 4.
Jitendranath panda said:
1 decade ago
In 3phase system total phase angle 360'.
So difference between two phase 360/3 = 120'.
So difference between two phase 360/3 = 120'.
Vinod kumar said:
1 decade ago
In 3phase system Totle phase angle is 360. So each have 120 degree.
Anil said:
1 decade ago
Actually three phases are made 120 degree from per phases due to phase difference.
Saishekar said:
1 decade ago
Single phase 360/1 = 360.
Two phase 360/2 = 180.
3 phase 360/3 = 120.
Two phase 360/2 = 180.
3 phase 360/3 = 120.
Jose said:
1 decade ago
Cycle = 360 degree and 120 degree by phases.
Subhash prajapat said:
1 decade ago
Total 360. And for 3 phase angle the degree will be 360/3 = 120 degree.
Chhabila said:
1 decade ago
In a balanced system the three phase voltages or currents separated by a phase difference of 120 degree.
NITHYASHRI said:
1 decade ago
ANGLE B-R = 120.
ANGLE R-Y = 120.
ANGLE R-B = 120.
TOTAL = 360.
ANGLE R-Y = 120.
ANGLE R-B = 120.
TOTAL = 360.
Naval said:
1 decade ago
Three phase 360, So one phase 120.
Ramadevi said:
1 decade ago
Each phase having 120 degree. Answer is C.
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