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Please show all steps for problem 8.35. The necessary information from problem 8.27 has been provided. Please also solve part B of this problem not shown in the image as well, which is to find the impedance seen by the voltage source. The answer to this problem should be 6sqrt(2) angle(165°), 0.5 -j9.5 ohms.

Please show all steps for problem 8.35. The necessary information from problem 8.27 has been provided. Please also solve part B of this problem not shown in the image as well, which is to find the impedance seen by the voltage source. The answer to this problem should be 6sqrt(2) angle(165°), 0.5 -j9.5 ohms.

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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Please show all steps for problem 8.35. The necessary information from problem 8.27 has been provided. Please also solve part B of this problem not shown in the image as well, which is to find the impedance seen by the voltage source. The answer to this problem should be 6sqrt(2) angle(165°), 0.5 -j9.5 ohms. 

This problem is just for practice and not for an actual class grade. Thank you so much for your time!

(c) j3 -2+j V = 36 cos (3t - 60°) V + 1 (f) 20(1 +j) 4+j3 9Ω e-j30º 2 H 2 H (c) 32 F. 8.27 For the circuit shown in Fig. P8.27, (a) use mesh analysis to find v(t), and 4 H 18 + a Vo
Transcribed Image Text:(c) j3 -2+j V = 36 cos (3t - 60°) V + 1 (f) 20(1 +j) 4+j3 9Ω e-j30º 2 H 2 H (c) 32 F. 8.27 For the circuit shown in Fig. P8.27, (a) use mesh analysis to find v(t), and 4 H 18 + a Vo
8.35 For the circuit given in Fig. P8.27, find the Thévenin-equivalent respect to terminals a and b. circuit with
Transcribed Image Text:8.35 For the circuit given in Fig. P8.27, find the Thévenin-equivalent respect to terminals a and b. circuit with
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