Question 9 (Mandatory) Which system consumes more reactive power? System A System B System voltage: 230 VAC System voltage: 230 VAC Real Power Consumption: 1000 W Real Power Consumption: 1000 W Power Factor: 0.6 Lagging Power Factor: 0.9 Lagging System A since its power factor is lagging. System A since its power factor is lower. System B since its power factor is higher.

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Question 10 (Mandatory)
What can be done to make System A "behaves" like System B?
System A
System B
System voltage: 230 VAC
System voltage: 230 VAC
Real Power Consumption: 1000 W Real Power Consumption: 1000 W
Power Factor: 0.6 Lagging
Power Factor: 0.9 Lagging
Install inductor(s) in parrallel to System B.
Install capacitor(s) in parrallel to System A.
Install capacitor(s) in parrallel to System B.
Install inductor(s) in parrallel to System A.
Transcribed Image Text:Question 10 (Mandatory) What can be done to make System A "behaves" like System B? System A System B System voltage: 230 VAC System voltage: 230 VAC Real Power Consumption: 1000 W Real Power Consumption: 1000 W Power Factor: 0.6 Lagging Power Factor: 0.9 Lagging Install inductor(s) in parrallel to System B. Install capacitor(s) in parrallel to System A. Install capacitor(s) in parrallel to System B. Install inductor(s) in parrallel to System A.
Question 9 (Mandatory)
Which system consumes more reactive power?
System A
System B
System voltage: 230 VAC
System voltage: 230 VAC
Real Power Consumption: 1000 W Real Power Consumption: 1000 W
Power Factor: 0.6 Lagging
Power Factor: 0.9 Lagging
System A since its power factor is lagging.
System A since its power factor is lower.
System B since its power factor is higher.
Transcribed Image Text:Question 9 (Mandatory) Which system consumes more reactive power? System A System B System voltage: 230 VAC System voltage: 230 VAC Real Power Consumption: 1000 W Real Power Consumption: 1000 W Power Factor: 0.6 Lagging Power Factor: 0.9 Lagging System A since its power factor is lagging. System A since its power factor is lower. System B since its power factor is higher.
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