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anahtar Vo V C R R = 9.00 MN 'hood with a resistance C = 130 µf worth of the capacitor circuit of FIG consisting of 3.13 V U. A Vo potential difference is brought to the switch closed position by the charged capacitor. The capacitor discharge test is performed by opening the switch. With the help of the voltmeter connected to the capacitor, the voltage change on the capacitor is observed. In this case, find the time constant of the RC circuit? (The internal resistance of the voltmeter is 9.00 MQ) Note: "." as a decimal separator. (dot) must be used. For the result, it should be written with zero digits after the comma (Example: 24 ) Activate Windows Go to Settings to activate Windo result: r= wwww

anahtar Vo V C R R = 9.00 MN 'hood with a resistance C = 130 µf worth of the capacitor circuit of FIG consisting of 3.13 V U. A Vo potential difference is brought to the switch closed position by the charged capacitor. The capacitor discharge test is performed by opening the switch. With the help of the voltmeter connected to the capacitor, the voltage change on the capacitor is observed. In this case, find the time constant of the RC circuit? (The internal resistance of the voltmeter is 9.00 MQ) Note: "." as a decimal separator. (dot) must be used. For the result, it should be written with zero digits after the comma (Example: 24 ) Activate Windows Go to Settings to activate Windo result: r= wwww

Introductory Circuit Analysis (13th Edition)
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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anahtar Vo V C R = 9.00 M2 'hood with a resistance C = 130 µf worth of the capacitor circuit of FIG consisting of 3.13 V U. A Vo potential difference is brought to the switch closed position by the charged capacitor. The capacitor discharge test is performed by opening the switch. With the help of the voltmeter connected to the capacitor, the voltage change on the capacitor is observed. In this case, find the time constant of the RC circuit? (The internal resistance of the voltmeter is 9.00 M2) Note: "." as a decimal separator. (dot) must be used. For the result, it should be written with zero digits after the comma (Example: 24 ) Activate Windows Go to Settings to activate Windo result: T = www
Transcribed Image Text:anahtar Vo V C R = 9.00 M2 'hood with a resistance C = 130 µf worth of the capacitor circuit of FIG consisting of 3.13 V U. A Vo potential difference is brought to the switch closed position by the charged capacitor. The capacitor discharge test is performed by opening the switch. With the help of the voltmeter connected to the capacitor, the voltage change on the capacitor is observed. In this case, find the time constant of the RC circuit? (The internal resistance of the voltmeter is 9.00 M2) Note: "." as a decimal separator. (dot) must be used. For the result, it should be written with zero digits after the comma (Example: 24 ) Activate Windows Go to Settings to activate Windo result: T = www
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