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2-5. Figure 2-24 shows a system with two inputs and two outputs. Derive C₁(s)/R₁(s), C₁(s)/R₂(s), C₂(s)/R₁(s), and C₂(s)/R₂(s). (In deriving outputs for R₁(s), assume that R₂(s) is zero, and vice versa.) R₁ R₂ PAT

2-5. Figure 2-24 shows a system with two inputs and two outputs. Derive C₁(s)/R₁(s), C₁(s)/R₂(s), C₂(s)/R₁(s), and C₂(s)/R₂(s). (In deriving outputs for R₁(s), assume that R₂(s) is zero, and vice versa.) R₁ R₂ PAT

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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A-2-5. two WO Figure 2-24 shows a system with two inputs and two outputs. Derive C₁(s)/R₁(s), C₁(s)/R₂(s), C₂(s)/R₁(s), and C₂(s)/R₂(s). (In deriving outputs for R₁(s), assume that R₂(s) is zero, and vice versa.) R₂ آن
Transcribed Image Text:A-2-5. two WO Figure 2-24 shows a system with two inputs and two outputs. Derive C₁(s)/R₁(s), C₁(s)/R₂(s), C₂(s)/R₁(s), and C₂(s)/R₂(s). (In deriving outputs for R₁(s), assume that R₂(s) is zero, and vice versa.) R₂ آن
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