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1 ΚΩ ↑ 3 mA 4ΚΩ B C D + + 6 mA 10v 12 V 2 ΚΩ w 4 mA 2ΚΩ E a) At which nodes can KCL be applied? b) Using the variables VA, VB, VC, VD, and VE for the voltages at the nodes: i) write the equations that are based on the voltage sources ii) write equations from applying KCL at single nodes iii) for the system of equations resulting from steps i and ii, write the augmented matrix for inputting into the rref Octave/MatLab function C a Nodes Vo-N=10 -V+V-12 KCL B Eaz 20 Vn-Vo VE-VB -3MA + Ze the VA V 2V 2V₂ = 6 VA-32VE b E43 VEL C VBVC 4-k -3+पोलA V-V ICE 28 E4 CL D Zi Vo-Ve = 6 HK V-V=24 ES KCLE: L = VE-VB 22 VE-Vo + + पJA -V₂HVE = 8 18 Summary of System of V=10 = VA 3VB + 2 VE 6 VB - V=24 V D VE = 8 Eat Solving using Matries VA VB th C Up VC 2 O 0 0 -3 T + 0 0 10 0 12 D 0 -1 O 0 0 30- 2 b 24 8

1 ΚΩ ↑ 3 mA 4ΚΩ B C D + + 6 mA 10v 12 V 2 ΚΩ w 4 mA 2ΚΩ E a) At which nodes can KCL be applied? b) Using the variables VA, VB, VC, VD, and VE for the voltages at the nodes: i) write the equations that are based on the voltage sources ii) write equations from applying KCL at single nodes iii) for the system of equations resulting from steps i and ii, write the augmented matrix for inputting into the rref Octave/MatLab function C a Nodes Vo-N=10 -V+V-12 KCL B Eaz 20 Vn-Vo VE-VB -3MA + Ze the VA V 2V 2V₂ = 6 VA-32VE b E43 VEL C VBVC 4-k -3+पोलA V-V ICE 28 E4 CL D Zi Vo-Ve = 6 HK V-V=24 ES KCLE: L = VE-VB 22 VE-Vo + + पJA -V₂HVE = 8 18 Summary of System of V=10 = VA 3VB + 2 VE 6 VB - V=24 V D VE = 8 Eat Solving using Matries VA VB th C Up VC 2 O 0 0 -3 T + 0 0 10 0 12 D 0 -1 O 0 0 30- 2 b 24 8

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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Ths incorrect in my problem are identification of single nodes (for KCL) or single loops (for KVL) that can yield equations. Writes equations from KCL or KVL. Demonstrated ability to solve a system of equation using matrices and the rref function on MatLab/Octave. How to check simulate circuit and use the simulation to check answers from analysis.

1 ΚΩ ↑ 3 mA 4ΚΩ B C D + + 6 mA 10v 12 V 2 ΚΩ w 4 mA 2ΚΩ E a) At which nodes can KCL be applied? b) Using the variables VA, VB, VC, VD, and VE for the voltages at the nodes: i) write the equations that are based on the voltage sources ii) write equations from applying KCL at single nodes iii) for the system of equations resulting from steps i and ii, write the augmented matrix for inputting into the rref Octave/MatLab function
Transcribed Image Text:1 ΚΩ ↑ 3 mA 4ΚΩ B C D + + 6 mA 10v 12 V 2 ΚΩ w 4 mA 2ΚΩ E a) At which nodes can KCL be applied? b) Using the variables VA, VB, VC, VD, and VE for the voltages at the nodes: i) write the equations that are based on the voltage sources ii) write equations from applying KCL at single nodes iii) for the system of equations resulting from steps i and ii, write the augmented matrix for inputting into the rref Octave/MatLab function
C a Nodes Vo-N=10 -V+V-12 KCL B Eaz 20 Vn-Vo VE-VB -3MA + Ze the VA V 2V 2V₂ = 6 VA-32VE b E43 VEL C VBVC 4-k -3+पोलA V-V ICE 28 E4 CL D Zi Vo-Ve = 6 HK V-V=24 ES KCLE: L = VE-VB 22 VE-Vo + + पJA -V₂HVE = 8 18 Summary of System of V=10 = VA 3VB + 2 VE 6 VB - V=24 V D VE = 8 Eat Solving using Matries VA VB th C Up VC 2 O 0 0 -3 T + 0 0 10 0 12 D 0 -1 O 0 0 30- 2 b 24 8
Transcribed Image Text:C a Nodes Vo-N=10 -V+V-12 KCL B Eaz 20 Vn-Vo VE-VB -3MA + Ze the VA V 2V 2V₂ = 6 VA-32VE b E43 VEL C VBVC 4-k -3+पोलA V-V ICE 28 E4 CL D Zi Vo-Ve = 6 HK V-V=24 ES KCLE: L = VE-VB 22 VE-Vo + + पJA -V₂HVE = 8 18 Summary of System of V=10 = VA 3VB + 2 VE 6 VB - V=24 V D VE = 8 Eat Solving using Matries VA VB th C Up VC 2 O 0 0 -3 T + 0 0 10 0 12 D 0 -1 O 0 0 30- 2 b 24 8
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