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The circuit shown in Figure 4.15(a) is reduced to the one shown in Figure 4.15(b) using source transformation. What is the voltage V53? ਨੂੰ V R₁ 3 kfP V₁1 6 V → R₂ 6 k2 9 M Figure 4.15 O a. Vs3 = 6V O bVg3 = 4 O c V 3 = 5 V O d. Vs3 = 7 V (b)

The circuit shown in Figure 4.15(a) is reduced to the one shown in Figure 4.15(b) using source transformation. What is the voltage V53? ਨੂੰ V R₁ 3 kfP V₁1 6 V → R₂ 6 k2 9 M Figure 4.15 O a. Vs3 = 6V O bVg3 = 4 O c V 3 = 5 V O d. Vs3 = 7 V (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
Section: Chapter Questions
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The circuit shown in Figure 4.15(a) is reduced to the one shown in Figure 4.15(b) using source transformation. What is the voltage V$3? R₁ 3 ΚΩ Vet st 6 V R₂ 6 ΚΩ Vs2 9 V Figure 4.15 O a. Vs3 = 6 V O b. Vs3 = 4 V O c. Vs3 = 5V O d. Vs3 = 7 V (a) a R3 V₁3 HI (b) a b
Transcribed Image Text:The circuit shown in Figure 4.15(a) is reduced to the one shown in Figure 4.15(b) using source transformation. What is the voltage V$3? R₁ 3 ΚΩ Vet st 6 V R₂ 6 ΚΩ Vs2 9 V Figure 4.15 O a. Vs3 = 6 V O b. Vs3 = 4 V O c. Vs3 = 5V O d. Vs3 = 7 V (a) a R3 V₁3 HI (b) a b
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