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V₁ 3Ω s - υ) 10 < 0° V ΖΩ 4Ω ↓ 4 / 60° A Va 3Ω ΤΩ 1Ω I, 2Ω 12 3Ω Μ 4Ω. V3 15 Z53.13° V Ξ The Correct Mesh Equation for Loop (1) is: A-1020*-(3-j4) (1₁) - (j2) (1, -13) - (1-j1) (1, - 1₂) =0 OB. +1020-(3-j4) (1, ) − (j2) (1, −13) – (1 −j1) (1₁ - 1₂) =0 ©c+10<0°- (3 +j4) (I) - (j2) (I -1,) - (1 +j1) (I -1,) =0 b. + 10<0° + (3 – j4) (I) + (j2) (I, -1,) + (1 -j1) (I -1,) =0 +1020-(3-j4) (1₁)+ (j2) (1,-1,)-(1-j1) (1,-1,₂)=0 • Ε.

V₁ 3Ω s - υ) 10 < 0° V ΖΩ 4Ω ↓ 4 / 60° A Va 3Ω ΤΩ 1Ω I, 2Ω 12 3Ω Μ 4Ω. V3 15 Z53.13° V Ξ The Correct Mesh Equation for Loop (1) is: A-1020*-(3-j4) (1₁) - (j2) (1, -13) - (1-j1) (1, - 1₂) =0 OB. +1020-(3-j4) (1, ) − (j2) (1, −13) – (1 −j1) (1₁ - 1₂) =0 ©c+10<0°- (3 +j4) (I) - (j2) (I -1,) - (1 +j1) (I -1,) =0 b. + 10<0° + (3 – j4) (I) + (j2) (I, -1,) + (1 -j1) (I -1,) =0 +1020-(3-j4) (1₁)+ (j2) (1,-1,)-(1-j1) (1,-1,₂)=0 • Ε.

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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V₁ 3Ω - 2Ω + υ) 10 < 0° V 4Ω I 4 / 60° A Va Μ 3Ω ΙΩ 1Ω I I, 2Ω 3Ω υ 4ΩΣ V3 15 / 53.13° V The Correct Mesh Equation for Loop (1) is: ΚΑ -1020-(3-j4) (1₁)-(j2) (1,-1,)-(1-j1) (1₁-1₂)=0 OB. +1020-(3-j4) (1₁)-(j2) (1, -13)-(1-j1) (1₁-1₂)=0 c+1020" - (3 + j4) (I) - (j2) (1-1) - (1+j1) (I -1,) =0 D.+1020 +(3-j4) (1₁)+ (j2) (1, -1₂)+(1-j1) (1₁ - 1₂) = 0 ©E + 1020" - (3 – j4) (I) + (j2) (1-1) - (1-j1) (1-1) =0
Transcribed Image Text:V₁ 3Ω - 2Ω + υ) 10 < 0° V 4Ω I 4 / 60° A Va Μ 3Ω ΙΩ 1Ω I I, 2Ω 3Ω υ 4ΩΣ V3 15 / 53.13° V The Correct Mesh Equation for Loop (1) is: ΚΑ -1020-(3-j4) (1₁)-(j2) (1,-1,)-(1-j1) (1₁-1₂)=0 OB. +1020-(3-j4) (1₁)-(j2) (1, -13)-(1-j1) (1₁-1₂)=0 c+1020" - (3 + j4) (I) - (j2) (1-1) - (1+j1) (I -1,) =0 D.+1020 +(3-j4) (1₁)+ (j2) (1, -1₂)+(1-j1) (1₁ - 1₂) = 0 ©E + 1020" - (3 – j4) (I) + (j2) (1-1) - (1-j1) (1-1) =0
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