IV- CIRCUIT DIAGRAM SOLUTIONS MUST BE IN 5 DIFFERENT THEOREMS FOR EACH FIGURE. DO NOT ROUND...

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IV- CIRCUIT DIAGRAM SOLUTIONS MUST BE IN 5 DIFFERENT THEOREMS FOR EACH FIGURE. DO NOT ROUND OFF UNTIL THE FINAL ANSWER IS OBTAINED. FRACTIONS ARE ACCEPTED. 6 kN 6 kN 1. KIRCHHOFF'S LAWS 2. MAXWELL'S MESH EQUATIONS 3. SUPERPOSITION THEOREM 6 V 3 k2 3 V 4. NODAL VOLTAGE ANALYSIS 5. SOURCE TRANSFORMATIONS 6. THEVENIN'S THEOREM 7. NORTON'S THEOREM 8. MILLMAN'S THEOREM V- TABLE : FOR FIGURE 1 VOLTAGE PERCENT CURRENT ELEMENT PERCENT MEASURED COMPUTED OF MEASURED COMPUTED LABEL OF ERROR VALUE VALUE ERROR VALUE VALUE 6К (1) 3K 6K (1) IV- CIRCUIT DIAGRAM SOLUTIONS MUST BE IN 5 DIFFERENT THEOREMS FOR EACH FIGURE. DO NOT ROUND OFF UNTIL THE FINAL ANSWER IS OBTAINED. FRACTIONS ARE ACCEPTED. 6 kN 6 kN 1. KIRCHHOFF'S LAWS 2. MAXWELL'S MESH EQUATIONS 3. SUPERPOSITION THEOREM 6 V 3 k2 3 V 4. NODAL VOLTAGE ANALYSIS 5. SOURCE TRANSFORMATIONS 6. THEVENIN'S THEOREM 7. NORTON'S THEOREM 8. MILLMAN'S THEOREM V- TABLE : FOR FIGURE 1 VOLTAGE PERCENT CURRENT ELEMENT PERCENT MEASURED COMPUTED OF MEASURED COMPUTED LABEL OF ERROR VALUE VALUE ERROR VALUE VALUE 6К (1) 3K 6K (1)

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1 Maxwells mesh equation method Consider the circuit as shown in figure a below 2 Noda... View the full answer