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2. Refer to Figure 8–5. Replace the values shown with the following. Solve for all the unknown values. ET   5 63 V R1   5 1000 Ω R2   5 2200 Ω R3   5 1800 Ω R4   5 910 Ω R5   5 3300 Ω R6   5 4300 Ω R7   5 860 Ω

2. Refer to Figure 8–5. Replace the values shown with the following. Solve for all the unknown values. ET   5 63 V R1   5 1000 Ω R2   5 2200 Ω R3   5 1800 Ω R4   5 910 Ω R5   5 3300 Ω R6   5 4300 Ω R7   5 860 Ω

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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2. Refer to Figure 8–5. Replace the values shown with the following. Solve for all the unknown values.

  • ET   5 63 V
  • R1   5 1000 Ω
  • R2   5 2200 Ω
  • R3   5 1800 Ω
  • R4   5 910 Ω
  • R5   5 3300 Ω
  • R6   5 4300 Ω
  • R7   5 860 Ω
Es Ils = Rs = 600 2 E7 = E2 = |R2500ΩΕ %3D %3D %3D Ig = R4 140Ω E6- 16 = R7 = 250 2 E : 3 = %3D %3D R1 = 150 2 ET = 120 V R3 = 750 Q R6 = 9002 %3D RT = FIGURE 8-5 Tracing the flow of current through the combination circuit. II ||||
Transcribed Image Text:Es Ils = Rs = 600 2 E7 = E2 = |R2500ΩΕ %3D %3D %3D Ig = R4 140Ω E6- 16 = R7 = 250 2 E : 3 = %3D %3D R1 = 150 2 ET = 120 V R3 = 750 Q R6 = 9002 %3D RT = FIGURE 8-5 Tracing the flow of current through the combination circuit. II ||||
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