Q.1. If an RMS current of 5 A at 60 Hz flows through an inductor of 10 mH, what is its average power? Ans. Q.2. What is the power factor of a capacitor? Ans. Q.3. If the power factor of a load is 0.75 lagging, is the load inductive or capacitive and why? Ans. Q.4. Does KVL apply to RMS (effective) voltage magnitudes alone and why?
Q.1. If an RMS current of 5 A at 60 Hz flows through an inductor of 10 mH, what is its average power? Ans. Q.2. What is the power factor of a capacitor? Ans. Q.3. If the power factor of a load is 0.75 lagging, is the load inductive or capacitive and why? Ans. Q.4. Does KVL apply to RMS (effective) voltage magnitudes alone and why?
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![Q.I. If an RMS current of 5 A at 60 Hz flows through an inductor of 10 mH, what is its
average power?
Ans.
Q.2. What is the power factor of a capacitor?
Ans.
Q.3. If the power factor of a load is 0.75 lagging, is the load inductive or capacitive and why?
Ans.
Q.4. Does KVL apply to RMS (effective) voltage magnitudes alone and why?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F23e68daf-ebc0-4879-801d-e6ff4304e960%2Fb1952be7-1dec-4066-b555-1d9192d48794%2Fxq2f8px_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q.I. If an RMS current of 5 A at 60 Hz flows through an inductor of 10 mH, what is its
average power?
Ans.
Q.2. What is the power factor of a capacitor?
Ans.
Q.3. If the power factor of a load is 0.75 lagging, is the load inductive or capacitive and why?
Ans.
Q.4. Does KVL apply to RMS (effective) voltage magnitudes alone and why?
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