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1) A circuit consisting of resistors and capacitors is shown in Fig.-1, below. & = 120.0V, R1 = 4.00 MN, 1) a. R2 = 8.00 M2, R3 = 2.50 MN, R4 = 1.50 MSN, C1 = 15.0 µF, C2 = 10.0 µF, C3 = 7.00 µF, and C4 = 3.50 µF. The switch is initially open, and all capacitors are initially uncharged. b. C. R2 = 8.00 MS2 d. e. R = 4.00 MS2 R3 = 2.50 MS2 R = 1.50 MN C = 15.0 µF C3 = 7.00 µF E= 120.0 V С3%3D 10.0 дF C= 3.50 uF Figure 1 - & = 120.0V, Rị = 4.00 MN, R2 = 8.00 M2, R3 = 2.50 M2, R4 = 1.50 M2, C1 = 15.0 µF, C2 = 10.0 µF, C3 = 7.00 µF, and C4 3.50 µF. a) What will the charge on C4 be 10.0s after the switch is closed? b) What will the potential difference across C4 be 10.0s after the switch is closed? c) What will the current through R4 be 10.0s after the switch is closed? d) What will the potential difference across R4 be 10.0s after the switch is closed? e) The switch remains closed for a long time. But after the capacitors become fully charged, the switch is then opened. What will the charge on C4 be 10.0 s after the switch is opened?

1) A circuit consisting of resistors and capacitors is shown in Fig.-1, below. & = 120.0V, R1 = 4.00 MN, 1) a. R2 = 8.00 M2, R3 = 2.50 MN, R4 = 1.50 MSN, C1 = 15.0 µF, C2 = 10.0 µF, C3 = 7.00 µF, and C4 = 3.50 µF. The switch is initially open, and all capacitors are initially uncharged. b. C. R2 = 8.00 MS2 d. e. R = 4.00 MS2 R3 = 2.50 MS2 R = 1.50 MN C = 15.0 µF C3 = 7.00 µF E= 120.0 V С3%3D 10.0 дF C= 3.50 uF Figure 1 - & = 120.0V, Rị = 4.00 MN, R2 = 8.00 M2, R3 = 2.50 M2, R4 = 1.50 M2, C1 = 15.0 µF, C2 = 10.0 µF, C3 = 7.00 µF, and C4 3.50 µF. a) What will the charge on C4 be 10.0s after the switch is closed? b) What will the potential difference across C4 be 10.0s after the switch is closed? c) What will the current through R4 be 10.0s after the switch is closed? d) What will the potential difference across R4 be 10.0s after the switch is closed? e) The switch remains closed for a long time. But after the capacitors become fully charged, the switch is then opened. What will the charge on C4 be 10.0 s after the switch is opened?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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1) A circuit consisting of resistors and capacitors is shown in Fig.-1, below. & = 120.0V, R1 = 4.00 MN, 1) a. R2 = 8.00 M2, R3 = 2.50 MN, R4 = 1.50 MSN, C1 = 15.0 µF, C2 = 10.0 µF, C3 = 7.00 µF, and C4 = 3.50 µF. The switch is initially open, and all capacitors are initially uncharged. b. C. R2 = 8.00 MS2 d. e. R = 4.00 MS2 R3 = 2.50 MS2 R = 1.50 MN C = 15.0 µF C3 = 7.00 µF E= 120.0 V С3%3D 10.0 дF C= 3.50 uF Figure 1 - & = 120.0V, Rị = 4.00 MN, R2 = 8.00 M2, R3 = 2.50 M2, R4 = 1.50 M2, C1 = 15.0 µF, C2 = 10.0 µF, C3 = 7.00 µF, and C4 3.50 µF. a) What will the charge on C4 be 10.0s after the switch is closed? b) What will the potential difference across C4 be 10.0s after the switch is closed? c) What will the current through R4 be 10.0s after the switch is closed? d) What will the potential difference across R4 be 10.0s after the switch is closed? e) The switch remains closed for a long time. But after the capacitors become fully charged, the switch is then opened. What will the charge on C4 be 10.0 s after the switch is opened?
Transcribed Image Text:1) A circuit consisting of resistors and capacitors is shown in Fig.-1, below. & = 120.0V, R1 = 4.00 MN, 1) a. R2 = 8.00 M2, R3 = 2.50 MN, R4 = 1.50 MSN, C1 = 15.0 µF, C2 = 10.0 µF, C3 = 7.00 µF, and C4 = 3.50 µF. The switch is initially open, and all capacitors are initially uncharged. b. C. R2 = 8.00 MS2 d. e. R = 4.00 MS2 R3 = 2.50 MS2 R = 1.50 MN C = 15.0 µF C3 = 7.00 µF E= 120.0 V С3%3D 10.0 дF C= 3.50 uF Figure 1 - & = 120.0V, Rị = 4.00 MN, R2 = 8.00 M2, R3 = 2.50 M2, R4 = 1.50 M2, C1 = 15.0 µF, C2 = 10.0 µF, C3 = 7.00 µF, and C4 3.50 µF. a) What will the charge on C4 be 10.0s after the switch is closed? b) What will the potential difference across C4 be 10.0s after the switch is closed? c) What will the current through R4 be 10.0s after the switch is closed? d) What will the potential difference across R4 be 10.0s after the switch is closed? e) The switch remains closed for a long time. But after the capacitors become fully charged, the switch is then opened. What will the charge on C4 be 10.0 s after the switch is opened?
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