ExamVeda
Login
Home

In a -connected generator there is a 120 difference between each...

This question belongs to Electrical Engineering Three Phase Systems In Power Applications
Three Phase Systems In Power Applications
?

In a ∆-connected generator, there is a 120° difference between each line current and the nearest phase current.

Answer & Solution
Correct Answer: Option B
Let's discuss the solution. Join the discussion
Examveda
Question posted by Examveda
Community

Join the Discussion

No comments yet Be the first to discuss this question.
Keep Learning

Related Questions on Three Phase Systems In Power Applications

In a Y-connected source feeding a ∆-connected load,
A. Each phase of the load has one-third of the full line voltage across it B. Each phase of the load has two-thirds of the full line voltage across it C. Each phase of the load has the full line voltage across it D. Each phase of the load has a voltage across it equal to $$\sqrt 3 $$
The stator is the rotating assembly in a generator or motor.
A. True B. False
In a Y-connected circuit, between each line voltage and the nearest phase voltage, there is a phase angle of
A. 0° B. 30° C. 60° D. 120°
Compare the total copper cross sections in terms of current-carrying capacity for a single-phase and a three-phase 120 V system with effective load resistance of 15 Ω.
A. Single-phase 32 A; three-phase 16 A B. Single-phase 16 A; three-phase 8 A C. Single-phase 8 A; three-phase 4 A D. Single-phase 16 A; three-phase 0 A
More Related Questions on Three Phase Systems In Power Applications