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Let V₁-72V, R₁-692, R2-392, R3-392 and R4-392 in the circuit of Fig. 5_4. Find the Thevenin (Vth. Rth) and Norton (IN. RN) equivalents between terminal a and a'. Which of the following statements is true? Top of Form IV, R₁ ww ww R₂ R₁ ww Fig. 5 4 For the load resistance, R₁= 1.875 Ohm, the 72V independent voltage source delivers a maximum power of 10.8 W to RL V₁-5 V and Rh=8 Ohm IN-1.25 A and R-12 Ohm None of the above.

Let V₁-72V, R₁-692, R2-392, R3-392 and R4-392 in the circuit of Fig. 5_4. Find the Thevenin (Vth. Rth) and Norton (IN. RN) equivalents between terminal a and a'. Which of the following statements is true? Top of Form IV, R₁ ww ww R₂ R₁ ww Fig. 5 4 For the load resistance, R₁= 1.875 Ohm, the 72V independent voltage source delivers a maximum power of 10.8 W to RL V₁-5 V and Rh=8 Ohm IN-1.25 A and R-12 Ohm None of the above.

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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Let V=72V, R₁-692, R₂-392, R3-322 and R4-302 in the circuit of Fig. 5_4. Find the Thevenin (Vth Rth) and Norton (IN. RN) equivalents between terminal a and a. Which of the following statements is true? Top of Form |V₂ R₁ ww None of the above. R₂ R₁ m Fig. 5 4 160 R For the load resistance, R₁= 1.875 Ohm, the 72V independent voltage source delivers a maximum power of 10.8 W to R₁ V₁-5 V and Rh=8 Ohm I=1.25 A and R=12 Ohm
Transcribed Image Text:Let V=72V, R₁-692, R₂-392, R3-322 and R4-302 in the circuit of Fig. 5_4. Find the Thevenin (Vth Rth) and Norton (IN. RN) equivalents between terminal a and a. Which of the following statements is true? Top of Form |V₂ R₁ ww None of the above. R₂ R₁ m Fig. 5 4 160 R For the load resistance, R₁= 1.875 Ohm, the 72V independent voltage source delivers a maximum power of 10.8 W to R₁ V₁-5 V and Rh=8 Ohm I=1.25 A and R=12 Ohm
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