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The circuit shown below has two inputs: v1(t) = 50 cos (20t – 75°) V v2(t) = 35 cos (20t + 110°) V When the circuit is at steady state, the node voltage is v(t) = 21.25 cos (20t – 168.8°) V Determine the values of R and L.

The circuit shown below has two inputs: v1(t) = 50 cos (20t – 75°) V v2(t) = 35 cos (20t + 110°) V When the circuit is at steady state, the node voltage is v(t) = 21.25 cos (20t – 168.8°) V Determine the values of R and L.

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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The circuit shown below has two inputs:

v1(t) = 50 cos (20t – 75°) V

v2(t) = 35 cos (20t + 110°) V

When the circuit is at steady state, the node voltage is

v(t) = 21.25 cos (20t – 168.8°) V

Determine the values of R and L.

The circuit shown below has two inputs: V1(t) = 50 cos (20t - 75°) V V2(t) = 35 cos (20t + 110°) V When the circuit is at steady state, the node voltage is v(t) = 21.25 cos (20t - 168.8°) V %3D Determine the values of Rand L. 5 mF 50 Ω 6 H 2 H 40 N + + v7(t) R. v(t) L v2lt) + I
Transcribed Image Text:The circuit shown below has two inputs: V1(t) = 50 cos (20t - 75°) V V2(t) = 35 cos (20t + 110°) V When the circuit is at steady state, the node voltage is v(t) = 21.25 cos (20t - 168.8°) V %3D Determine the values of Rand L. 5 mF 50 Ω 6 H 2 H 40 N + + v7(t) R. v(t) L v2lt) + I
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