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6:53 Midterm.pdf а 6. Page 9 of 13 The Superposition Principle will be used to analyze the network shown in Figure 6. Follow the directions below. Show all work and simplified networks to receive credit. V1 10V R2 2KQ R3 3kQ R1 m 1kQ LR4 4kQ R5 5kQ 6a. Figure 6. Replace the current source 11 with its internal impedance, and redraw the network with the voltage source V1 as the only power supply, then find the following quantities in this V1 network: RIN-V1 (total R seen by V1, show all simplified networks) IIN-V1 (total I due to V1) IR1-V1 IR3-V1 (total I through R1 due to V1) (total I through R3 due to V1) Convert to Docx K 7 КУ Full Screen Page 10 of 13 Print 69 6b. Replace the voltage source V1 with its internal impedance, and redraw the network with the current source 11 as the only power supply, then find the following quantities in this 11 network: RIN-11 (total R seen by 11, show all simplified networks) IR1-11 (total I through R1 due to 11) IR3-11 6c. (total I through R3 due to 11) Use the Superposition Principle to find the following quantities: JR1 (total I through R1) IR3 (total I through R3) Page 12 of 13

6:53 Midterm.pdf а 6. Page 9 of 13 The Superposition Principle will be used to analyze the network shown in Figure 6. Follow the directions below. Show all work and simplified networks to receive credit. V1 10V R2 2KQ R3 3kQ R1 m 1kQ LR4 4kQ R5 5kQ 6a. Figure 6. Replace the current source 11 with its internal impedance, and redraw the network with the voltage source V1 as the only power supply, then find the following quantities in this V1 network: RIN-V1 (total R seen by V1, show all simplified networks) IIN-V1 (total I due to V1) IR1-V1 IR3-V1 (total I through R1 due to V1) (total I through R3 due to V1) Convert to Docx K 7 КУ Full Screen Page 10 of 13 Print 69 6b. Replace the voltage source V1 with its internal impedance, and redraw the network with the current source 11 as the only power supply, then find the following quantities in this 11 network: RIN-11 (total R seen by 11, show all simplified networks) IR1-11 (total I through R1 due to 11) IR3-11 6c. (total I through R3 due to 11) Use the Superposition Principle to find the following quantities: JR1 (total I through R1) IR3 (total I through R3) Page 12 of 13

Power System Analysis and Design (MindTap Course List)
Power System Analysis and Design (MindTap Course List)
6th Edition
ISBN:9781305632134
Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Chapter6: Power Flows
Section: Chapter Questions
Problem 6.61P
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6:53 Midterm.pdf а 6. Page 9 of 13 The Superposition Principle will be used to analyze the network shown in Figure 6. Follow the directions below. Show all work and simplified networks to receive credit. V1 10V R2 2KQ R3 3kQ R1 m 1kQ LR4 4kQ R5 5kQ 6a. Figure 6. Replace the current source 11 with its internal impedance, and redraw the network with the voltage source V1 as the only power supply, then find the following quantities in this V1 network: RIN-V1 (total R seen by V1, show all simplified networks) IIN-V1 (total I due to V1) IR1-V1 IR3-V1 (total I through R1 due to V1) (total I through R3 due to V1) Convert to Docx K 7 КУ Full Screen Page 10 of 13 Print 69
Transcribed Image Text:6:53 Midterm.pdf а 6. Page 9 of 13 The Superposition Principle will be used to analyze the network shown in Figure 6. Follow the directions below. Show all work and simplified networks to receive credit. V1 10V R2 2KQ R3 3kQ R1 m 1kQ LR4 4kQ R5 5kQ 6a. Figure 6. Replace the current source 11 with its internal impedance, and redraw the network with the voltage source V1 as the only power supply, then find the following quantities in this V1 network: RIN-V1 (total R seen by V1, show all simplified networks) IIN-V1 (total I due to V1) IR1-V1 IR3-V1 (total I through R1 due to V1) (total I through R3 due to V1) Convert to Docx K 7 КУ Full Screen Page 10 of 13 Print 69
6b. Replace the voltage source V1 with its internal impedance, and redraw the network with the current source 11 as the only power supply, then find the following quantities in this 11 network: RIN-11 (total R seen by 11, show all simplified networks) IR1-11 (total I through R1 due to 11) IR3-11 6c. (total I through R3 due to 11) Use the Superposition Principle to find the following quantities: JR1 (total I through R1) IR3 (total I through R3) Page 12 of 13
Transcribed Image Text:6b. Replace the voltage source V1 with its internal impedance, and redraw the network with the current source 11 as the only power supply, then find the following quantities in this 11 network: RIN-11 (total R seen by 11, show all simplified networks) IR1-11 (total I through R1 due to 11) IR3-11 6c. (total I through R3 due to 11) Use the Superposition Principle to find the following quantities: JR1 (total I through R1) IR3 (total I through R3) Page 12 of 13
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