I need the answer quickly 44. Show that, by Kirchhoff s Voltage Law (Sec. 2.9), thecurrents in the network in Fig. 153 are obtained fromthe systemLi + R(i, - i2) = v(1)R(i2 – i) +iz = 0.I Solve this system, assuming that R 10, I. 20 H,C 0.05 F. v = 20 V, i(0) = .%3D0. iz(0) = 2%3DRCFig. 153. Network in Problem 44

The network we have : Given :R=10 Ωl=20 HC=0.05 FV=20 Vi10=0i20=2 A

44. Show that, by Kirchhoff s Voltage Law (Sec. 2.9), the currents in the network in Fig. 153 are obtained from the system Li + R(i, - i2) = v(t) %3D R(i, - i) + =D 0. I Solve this system, assuming that R 10 , L 20 H, C 0.05 F. v = 20 V, i(0) = %3D 0. iz(0) = 2 A. %3D %3D i2 R. 153. Network in Problem 44

44. Show that, by Kirchhoff s Voltage Law (Sec. 2.9), the currents in the network in Fig. 153 are obtained from the system Li + R(i, - i2) = v(t) %3D R(i, - i) + =D 0. I Solve this system, assuming that R 10 , L 20 H, C 0.05 F. v = 20 V, i(0) = %3D 0. iz(0) = 2 A. %3D %3D i2 R. 153. Network in Problem 44

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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Question

I need the answer quickly

44. Show that, by Kirchhoff s Voltage Law (Sec. 2.9), the
currents in the network in Fig. 153 are obtained from
the system
Li + R(i, - i2) = v(1)
R(i2 – i) +iz = 0.
I Solve this system, assuming that R 10, I. 20 H,
C 0.05 F. v = 20 V, i(0) = .
%3D
0. iz(0) = 2
%3D
R
C
Fig. 153. Network in Problem 44

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