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In the circuit shown in Figure 10.22, find the Norton equivalent current In and the Norton equivalent impedance Zn between terminals a and b. R₁ 902 8120⁰ V Zc -j12 2 R₂ 652 a b

In the circuit shown in Figure 10.22, find the Norton equivalent current In and the Norton equivalent impedance Zn between terminals a and b. R₁ 902 8120⁰ V Zc -j12 2 R₂ 652 a b

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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In the circuit shown in Figure 10.22, find the Norton equivalent current In and the Norton equivalent impedance Zn between terminals a and b. R₁ 992 8120⁰ V Zc -j1292 R₂ 602 Figure 10.22 O a. In = 2.95-j1.49 A, Zn = 7.76 - j4.32 0 O b. In = 5.95-j1.49 A, Zn = 13.76-j4.32 02 O c. In = 3.95-j1.49 A, Zn = 9.76-j4.32 0 O d. In = 4.95-j1.49 A, Zn = 11.76 - j4.32 02 a b
Transcribed Image Text:In the circuit shown in Figure 10.22, find the Norton equivalent current In and the Norton equivalent impedance Zn between terminals a and b. R₁ 992 8120⁰ V Zc -j1292 R₂ 602 Figure 10.22 O a. In = 2.95-j1.49 A, Zn = 7.76 - j4.32 0 O b. In = 5.95-j1.49 A, Zn = 13.76-j4.32 02 O c. In = 3.95-j1.49 A, Zn = 9.76-j4.32 0 O d. In = 4.95-j1.49 A, Zn = 11.76 - j4.32 02 a b
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