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20) For the circuit shown in the figure, V= 40 V, C= 80 µF, R= 0.10 M2, and the battery is ideal. Initially the switch S is open and the capacitor is uncharged. The switch is then closed at time /= 0.00 s. What is the potential difference across the resistor 20 s after closing the switch? www R A) 3.3 V B) 3.9 V C) 5.9 V D) 4.6 V E) 5.3 V

20) For the circuit shown in the figure, V= 40 V, C= 80 µF, R= 0.10 M2, and the battery is ideal. Initially the switch S is open and the capacitor is uncharged. The switch is then closed at time /= 0.00 s. What is the potential difference across the resistor 20 s after closing the switch? www R A) 3.3 V B) 3.9 V C) 5.9 V D) 4.6 V E) 5.3 V

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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20) For the circuit shown in the figure, V=40 V, C= 80 µF, R= 0.10 M2, and the battery is ideal. Initially the switch S is open and the capacitor is uncharged. The switch is then closed at time /=0.00 s. What is the potential difference across the resistor 20 s after closing the switch? www R A) 3.3 V B) 3.9 V C) 5.9 V D) 4.6 V E) 5.3 V
Transcribed Image Text:20) For the circuit shown in the figure, V=40 V, C= 80 µF, R= 0.10 M2, and the battery is ideal. Initially the switch S is open and the capacitor is uncharged. The switch is then closed at time /=0.00 s. What is the potential difference across the resistor 20 s after closing the switch? www R A) 3.3 V B) 3.9 V C) 5.9 V D) 4.6 V E) 5.3 V
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