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Refer to Figure 9. Find Ri and R2. Given that when the switch is open v(t) (9) (2 cos (100t 30°) b) cos (100t 60°) and when it is closed, v(t) = (2 + 4b) R2 R1 :v(t) 40 cos(100t) V 0.8μF Figure 9 (10) Refer to Figure 10. Write and solve node equations to determine the steady state output voltage vo(t), when the input voltage v,(t) 2.b cos (2000t+300)V. 20i(t) 20Ω 10mH wW 50mH vs(t) 20μF Volt) 100 Figure 10

Refer to Figure 9. Find Ri and R2. Given that when the switch is open v(t) (9) (2 cos (100t 30°) b) cos (100t 60°) and when it is closed, v(t) = (2 + 4b) R2 R1 :v(t) 40 cos(100t) V 0.8μF Figure 9 (10) Refer to Figure 10. Write and solve node equations to determine the steady state output voltage vo(t), when the input voltage v,(t) 2.b cos (2000t+300)V. 20i(t) 20Ω 10mH wW 50mH vs(t) 20μF Volt) 100 Figure 10

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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if the value needed,
a : 9
b : 9

 
Refer to Figure 9. Find Ri and R2. Given that when the switch is open v(t) (9) (2 cos (100t 30°) b) cos (100t 60°) and when it is closed, v(t) = (2 + 4b) R2 R1 :v(t) 40 cos(100t) V 0.8μF Figure 9 (10) Refer to Figure 10. Write and solve node equations to determine the steady state output voltage vo(t), when the input voltage v,(t) 2.b cos (2000t+300)V. 20i(t) 20Ω 10mH wW 50mH vs(t) 20μF Volt) 100 Figure 10
Transcribed Image Text:Refer to Figure 9. Find Ri and R2. Given that when the switch is open v(t) (9) (2 cos (100t 30°) b) cos (100t 60°) and when it is closed, v(t) = (2 + 4b) R2 R1 :v(t) 40 cos(100t) V 0.8μF Figure 9 (10) Refer to Figure 10. Write and solve node equations to determine the steady state output voltage vo(t), when the input voltage v,(t) 2.b cos (2000t+300)V. 20i(t) 20Ω 10mH wW 50mH vs(t) 20μF Volt) 100 Figure 10
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