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Two identical capacitors in series with plate area A and between plates d are connected to a constant voltage DeltaV = 10V as shown in Figure 1. After the capacitors are fully charged, the switch is opened and the dielectric constant k = 4.0, thickness d and surface area A/2 are placed. Accordingly, what is the potential difference (Vb-Va) between the terminals of the capacitors in volts?

Two identical capacitors in series with plate area A and between plates d are connected to a constant voltage DeltaV = 10V as shown in Figure 1. After the capacitors are fully charged, the switch is opened and the dielectric constant k = 4.0, thickness d and surface area A/2 are placed. Accordingly, what is the potential difference (Vb-Va) between the terminals of the capacitors in volts?

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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Two identical capacitors in series with plate area A and between plates d are connected to a constant voltage DeltaV = 10V as shown in Figure 1. After the capacitors are fully charged, the switch is opened and the dielectric constant k = 4.0, thickness d and surface area A/2 are placed. Accordingly, what is the potential difference (Vb-Va) between the terminals of the capacitors in volts?

a) 12 b) 7 c) 15 d) 21/2 e) 6 Figure 1 H Co AV Co S Figure 2 A/2 AV C₂ S
Transcribed Image Text:a) 12 b) 7 c) 15 d) 21/2 e) 6 Figure 1 H Co AV Co S Figure 2 A/2 AV C₂ S
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