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Step 1: Draw the guide mesh currents in every mesh in the given circuit. Be sure that it is directed clockwise. Label each mesh currents properly. ЗА 8Ω 4Ω w- 5Ω 8Ω 2 N Vo=? 41 Step 2: Write down the applicable Mesh Equation(s) for the reference mesh. One mesh at a time. If the mesh current can be determined directly, write the current instead of a mesh equation. Repeat this process until all meshes are completed. a. At mesh Is the mesh current equal to either a visible dependent or independent current source? Answer: Unit 3: Mesh and Node Analysis 70

Step 1: Draw the guide mesh currents in every mesh in the given circuit. Be sure that it is directed clockwise. Label each mesh currents properly. ЗА 8Ω 4Ω w- 5Ω 8Ω 2 N Vo=? 41 Step 2: Write down the applicable Mesh Equation(s) for the reference mesh. One mesh at a time. If the mesh current can be determined directly, write the current instead of a mesh equation. Repeat this process until all meshes are completed. a. At mesh Is the mesh current equal to either a visible dependent or independent current source? Answer: Unit 3: Mesh and Node Analysis 70

Delmar's Standard Textbook Of Electricity
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter7: Parallel Circuits
Section: Chapter Questions
Problem 3PP: Using the rules for parallel circuits and Ohmslaw, solve for the missing values....
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After the steps, whats is the mesh equations and constraint equations?

Step 1: Draw the guide mesh currents in every mesh in the given circuit. Be sure that it is directed clockwise. Label each mesh currents properly. ЗА 8Ω 4Ω w- 5Ω 8Ω 2 N Vo=? 41 Step 2: Write down the applicable Mesh Equation(s) for the reference mesh. One mesh at a time. If the mesh current can be determined directly, write the current instead of a mesh equation. Repeat this process until all meshes are completed. a. At mesh Is the mesh current equal to either a visible dependent or independent current source? Answer: Unit 3: Mesh and Node Analysis 70 If Yes :I If No: EV = ΙΣR E{(I- Iad) ER.Shared} = Mesh Equation at Simplifies to:
Transcribed Image Text:Step 1: Draw the guide mesh currents in every mesh in the given circuit. Be sure that it is directed clockwise. Label each mesh currents properly. ЗА 8Ω 4Ω w- 5Ω 8Ω 2 N Vo=? 41 Step 2: Write down the applicable Mesh Equation(s) for the reference mesh. One mesh at a time. If the mesh current can be determined directly, write the current instead of a mesh equation. Repeat this process until all meshes are completed. a. At mesh Is the mesh current equal to either a visible dependent or independent current source? Answer: Unit 3: Mesh and Node Analysis 70 If Yes :I If No: EV = ΙΣR E{(I- Iad) ER.Shared} = Mesh Equation at Simplifies to:
b. At mesh Is the mesh current equal to either a visible dependent or independent current source? Answer: If Yes :I_= If No: EV = ΙΣR- E{(I- Iadi) ER Shared} Mesh Equation at “. Simplifies to: c. At mesh Is the mesh current equal to either a visible dependent or independent current source? Answer: If Yes :I If No: EV = ΙΣR- E{(I- Iadj) ER Shared} Mesh Equation at "_ Simplifies to: d. At mesh Is the mesh current equal to either a visible dependent or independent current source? Answer: If Yes : I If No: Unit 3: Mesh and Node Analysis EV = IER = E{(I – Iadi) ER Shared} Mesh Equation at Simplifies to:
Transcribed Image Text:b. At mesh Is the mesh current equal to either a visible dependent or independent current source? Answer: If Yes :I_= If No: EV = ΙΣR- E{(I- Iadi) ER Shared} Mesh Equation at “. Simplifies to: c. At mesh Is the mesh current equal to either a visible dependent or independent current source? Answer: If Yes :I If No: EV = ΙΣR- E{(I- Iadj) ER Shared} Mesh Equation at "_ Simplifies to: d. At mesh Is the mesh current equal to either a visible dependent or independent current source? Answer: If Yes : I If No: Unit 3: Mesh and Node Analysis EV = IER = E{(I – Iadi) ER Shared} Mesh Equation at Simplifies to:
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