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(Part -2) MCQs on Dynamics of Rotor (in Hindi)
Lesson 11 of 21 • 3 upvotes • 13:05mins
Deepak Kumar
This lesson deals about the numerical questions based on calculation of change in rotor angle and speed of a alternator when acceleration is maintained for some finite cycles.
(Hindi) MCQs on Power System Stability
21 lessons • 4h 19m
1
Overview (in Hindi)
5:54mins
2
(Part -1) MCQs on Steady State Stability (in Hindi)
12:30mins
3
(Part -2) MCQs on Steady State Stability (in Hindi)
13:28mins
4
(Part -3) MCQs on Steady State Stability (in Hindi)
12:47mins
5
(Part -4) MCQs on Steady State Stability (in Hindi)
11:38mins
6
(Part -5) MCQs on Steady State Stability (in Hindi)
12:27mins
7
(Part -6) MCQs on Steady State Stability (in Hindi)
12:00mins
8
(Part -7) MCQs on Steady State Stability (in Hindi)
13:12mins
9
(Part -8) MCQs on Steady State Stability (in Hindi)
13:02mins
10
(Part -1) MCQs on Dynamics of Rotor (in Hindi)
13:07mins
11
(Part -2) MCQs on Dynamics of Rotor (in Hindi)
13:05mins
12
(Part -3) MCQs on Dynamics of Rotor (in Hindi)
14:30mins
13
(Part -4) MCQs on Dynamics of Rotor (in Hindi)
13:16mins
14
(Part -1) MCQs on Transient State Stability (in Hindi)
12:37mins
15
(Part -2) MCQs on Transient State Stability (in Hindi)
12:30mins
16
(Part -3) MCQs on Transient State Stability (in Hindi)
12:42mins
17
(Part -4) MCQs on Transient State Stability (in Hindi)
12:32mins
18
(Part -5) MCQs on Transient State Stability (in Hindi)
12:26mins
19
(Part -6) MCQs on Transient State Stability (in Hindi)
11:34mins
20
(Part -7) MCQs on Transient State Stability (in Hindi)
11:37mins
21
(Part -1) PYQs on Power System Stability (in Hindi)
12:07mins
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