G>2.10MF ㅏ C2= 205MF ㅏㅏ (5=2.10MF ㅏ 2.5 MF ㅏㅏ ㅏ C3 = 2.7 MF V = 15 volts.

Glencoe Physics: Principles and Problems, Student Edition
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ISBN:9780078807213
Author:Paul W. Zitzewitz
Publisher:Paul W. Zitzewitz
Chapter25: Electromagnetic Induction
Section: Chapter Questions
Problem 39A
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Thefirst picture is the circuit and the second picture is the problem that need to be answered.

C₁ = 2.10MF
C₂= 205 MF
(5=2.10MF
2.5 MF
11
C3 = 2.7μF
V = 15 volts.
Transcribed Image Text:C₁ = 2.10MF C₂= 205 MF (5=2.10MF 2.5 MF 11 C3 = 2.7μF V = 15 volts.
3. Using the diagram in number 2. Solve for the total capacitance, total amount of charge, and individual
voltages across each capacitor. Attach your solution below.
Total Capacitance:
Total Amount of Charge:
Voltage for C1:
Voltage for C2:
Voltage for C3:
Voltage for C4:
Voltage for C5:
Transcribed Image Text:3. Using the diagram in number 2. Solve for the total capacitance, total amount of charge, and individual voltages across each capacitor. Attach your solution below. Total Capacitance: Total Amount of Charge: Voltage for C1: Voltage for C2: Voltage for C3: Voltage for C4: Voltage for C5:
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