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A series RLC circuit has R=8 Q, L=50 mH and C=10 mF. The frequency of the circuit is w=100 rad/sec. Determine the impedance of the circuit. * 8-j6 Q O 8+j4 Q 8+j6 0 8-j4 Q 80

A series RLC circuit has R=8 Q, L=50 mH and C=10 mF. The frequency of the circuit is w=100 rad/sec. Determine the impedance of the circuit. * 8-j6 Q O 8+j4 Q 8+j6 0 8-j4 Q 80

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
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A series RLC circuit has R=8 Q, L=50 mH and C=10 mF. The frequency of 1 point the circuit is w=100 rad/sec. Determine the impedance of the circuit. * 8-j6 0 8+j4 Q 8+j6 Q 8-j4 Q For the circuit shown below: vs(t) = 20 cos(10t - 60°), Calculate the current 2 points i: * 4Ω Vs 0.2 H 4.472 cos(10t + 3.43°) A 5.583 sin(10t - 123.44°) A 5.583 sin(10t - 86.57°) A 4.472 cos(10t - 123.44°) A 4.472 cos(10t - 86.57°) A + ll
Transcribed Image Text:A series RLC circuit has R=8 Q, L=50 mH and C=10 mF. The frequency of 1 point the circuit is w=100 rad/sec. Determine the impedance of the circuit. * 8-j6 0 8+j4 Q 8+j6 Q 8-j4 Q For the circuit shown below: vs(t) = 20 cos(10t - 60°), Calculate the current 2 points i: * 4Ω Vs 0.2 H 4.472 cos(10t + 3.43°) A 5.583 sin(10t - 123.44°) A 5.583 sin(10t - 86.57°) A 4.472 cos(10t - 123.44°) A 4.472 cos(10t - 86.57°) A + ll
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