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To describe the charging and discharging process of the capacitors. To compare the charging and discharging process of different capacitors.

To describe the charging and discharging process of the capacitors. To compare the charging and discharging process of different capacitors.

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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Please explain and make an observation of this capacitor experminent. The Data and Results are also attached below.

C=450 µ F C=150 µF Time Voltage (Charging) 1.703 V Voltage (Discharging) 7.080 V Voltage (Charging) 2.844 V Voltage (Discharging) 7.159 V 5s 10s 1.998 V 6.343 V 4.893 V 5.134 V 15s 2.846 V 3.593 V 5.673 V 6.347 V 3.666 V 20s 5.076 V 7.381 V 2.639 V 25s 4.268 V 4.869 V 4.543 V 8.116 V 1.865 V 1.357 V 30s 4.066 V 8.647 V 40s 5.892 V 3.240 V 9.306 V 695.582 mV 50s 6.711 V 2.603 V 9.646 V 357.185 mV 60s 7.370 V 2.087 V 9.817 V 183.432 mV 70s 7.890 V 1.671 V 9.906 V 94.141 mV
Transcribed Image Text:C=450 µ F C=150 µF Time Voltage (Charging) 1.703 V Voltage (Discharging) 7.080 V Voltage (Charging) 2.844 V Voltage (Discharging) 7.159 V 5s 10s 1.998 V 6.343 V 4.893 V 5.134 V 15s 2.846 V 3.593 V 5.673 V 6.347 V 3.666 V 20s 5.076 V 7.381 V 2.639 V 25s 4.268 V 4.869 V 4.543 V 8.116 V 1.865 V 1.357 V 30s 4.066 V 8.647 V 40s 5.892 V 3.240 V 9.306 V 695.582 mV 50s 6.711 V 2.603 V 9.646 V 357.185 mV 60s 7.370 V 2.087 V 9.817 V 183.432 mV 70s 7.890 V 1.671 V 9.906 V 94.141 mV
Objectives: To describe the charging and discharging process of the capacitors. To compare the charging and discharging process of different capacitors. Materials: https://www.falstad.com/circuit/e-cap.html DC Power Supply, Capacitors (150µF and 450µF), Resistors (100k2), Connecting Wires, Switch.
Transcribed Image Text:Objectives: To describe the charging and discharging process of the capacitors. To compare the charging and discharging process of different capacitors. Materials: https://www.falstad.com/circuit/e-cap.html DC Power Supply, Capacitors (150µF and 450µF), Resistors (100k2), Connecting Wires, Switch.
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