Please explain and make an observation of this capacitor experminent. The Data and Results are also attached below. C=450 µ FC=150 µFTimeVoltage(Charging)1.703 VVoltage(Discharging)7.080 VVoltage(Charging)2.844 VVoltage(Discharging)7.159 V5s10s1.998 V6.343 V4.893 V5.134 V15s2.846 V3.593 V5.673 V6.347 V3.666 V20s5.076 V7.381 V2.639 V25s4.268 V4.869 V4.543 V8.116 V1.865 V1.357 V30s4.066 V8.647 V40s5.892 V3.240 V9.306 V695.582 mV50s6.711 V2.603 V9.646 V357.185 mV60s7.370 V2.087 V9.817 V183.432 mV70s7.890 V1.671 V9.906 V94.141 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.htmlDC Power Supply, Capacitors (150µF and 450µF), Resistors (100k2), Connecting Wires,Switch.

The charging circuit if a capacitor is as shown below,

Answered: To describe the charging and…

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

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter21: Resistive-capacitive Series Circuits

Section: Chapter Questions

Problem 6RQ: A 15-F AC capacitor is connected in series with a 50 resistor. The capacitor has a voltage rating...

See similar textbooks

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Concept explainers

Capacitor

The capacitor is an element used to store electrical energy in the electrical field. A capacitor is a form of passive energy.

Question

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

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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