5. Daily electric load variations in a power system is results in small signal stability of powersystem.True False.6. Transient stability study is used to examine effects of large generator failure on electric powersystemTrue False7. Long clearing time of a large fault in a power system will lead toa. transient stable of power systemb. transient unstable power systemc. small signal stable power systemd. small signal unstable power system8. The inertia of synchronous generators in a power system makes the power system more robust(b) False(a) True9. Generators with small droop constant respond slowly to power changes in power system(b) False10. The role of automatic generator control in power system is to maintain system frequency(a) Truenearnominal values and power exchange near scheduled values.(a) True(b) False

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5. Daily electric load variations in a power system is results in small signal stability of power system. True False.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Question

5. Daily electric load variations in a power system is results in small signal stability of power
system.
True False.
6. Transient stability study is used to examine effects of large generator failure on electric power
system
True False
7. Long clearing time of a large fault in a power system will lead to
a. transient stable of power system
b. transient unstable power system
c. small signal stable power system
d. small signal unstable power system
8. The inertia of synchronous generators in a power system makes the power system more robust
(b) False
(a) True
9. Generators with small droop constant respond slowly to power changes in power system
(b) False
10. The role of automatic generator control in power system is to maintain system frequency
(a) True
near
nominal values and power exchange near scheduled values.
(a) True
(b) False

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