Solve the problems below. Show your solution. 1. A 5-kW AC motor has a power factor of 65% lagging when it is connected to a 200-V 50-Hz mains. What effective current does the motor draw? 2. In no. 1 what is the current through the motor when a capacitor of 80 μF is connected in parallel to the motor? 3. What is the power factor in the case of number 2?
Solve the problems below. Show your solution. 1. A 5-kW AC motor has a power factor of 65% lagging when it is connected to a 200-V 50-Hz mains. What effective current does the motor draw? 2. In no. 1 what is the current through the motor when a capacitor of 80 μF is connected in parallel to the motor? 3. What is the power factor in the case of number 2?
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Answer the following question with detailed solution. Also, the answer in number 2 should be the same in number 1, can you guys explain it in detailed why? Thank you.
![Solve the problems below. Show your solution.
1. A 5-kW AC motor has a power factor of 65% lagging when it is connected to a 200-V 50-Hz mains. What effective current does the motor draw?
2. In no. 1 what is the current through the motor when a capacitor of 80 μF is connected in parallel to the motor?
3. What is the power factor in the case of number 2?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F613e2f67-2efd-438a-bce1-c4bff88073ca%2F70d30b55-76ed-4ee6-b09a-f600f903fd07%2Fy6ylao_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Solve the problems below. Show your solution.
1. A 5-kW AC motor has a power factor of 65% lagging when it is connected to a 200-V 50-Hz mains. What effective current does the motor draw?
2. In no. 1 what is the current through the motor when a capacitor of 80 μF is connected in parallel to the motor?
3. What is the power factor in the case of number 2?
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