Question

Problem 1: 1. Solve using Mesh Analysis (attach all calculations) 2. Solve using Nodal Analysis (attach all calculations) 3. Solve by using circuit simulation software (remember to attach the schematic) R2 = 89 Î© 12V R3 R1 R4 > 10 Î© 40 Î© aYRload = 4.5 Î© 79 Î© 14V R6 WM = 7 Î© 20V R5 R7 = 129 Î© 49 Î© R8 = 90 Î© I3 R9 = 59 Î© 48 Î© 99 Î© R10 4. Create a table similar to the one below to show the power dissipated by each resistor, then the percent difference between the actual and simulated. Power (W) Mesh Analysis Power (W) Nodal Analysis Power (W) Simulation Percent Diff (calc vs sim) Resistor (Value) Rload (7 Î©) R1 (4 Î©) R2 (8 Î©) R3 (4.5 Î©) 5. Determine the value of R_LOAD for maximum load power by creating a proper plot. Determine the value of the maximum power available at terminals a-b. Explain how you obtained these values.

          Problem 1: 
1. Solve using Mesh Analysis (attach all calculations) 
2. Solve using Nodal Analysis (attach all calculations) 
3. Solve by using circuit simulation software (remember to attach the schematic)

R2 = 89 Î©
12V
R3
R1
R4 > 10 Î©
40 Î©
aYRload = 4.5 Î©
79 Î©
14V 
R6 
WM = 7 Î©
20V
R5
R7 = 129 Î©
49 Î©
R8 = 90 Î©
I3
R9 = 59 Î©
48 Î©
99 Î©
R10

4. Create a table similar to the one below to show the power dissipated by each resistor, then the percent difference between the actual and simulated.

Power (W) Mesh Analysis
Power (W) Nodal Analysis
Power (W) Simulation
Percent Diff (calc vs sim)
Resistor (Value) Rload (7 Î©) R1 (4 Î©) R2 (8 Î©) R3 (4.5 Î©)

5. Determine the value of R_LOAD for maximum load power by creating a proper plot. Determine the value of the maximum power available at terminals a-b. Explain how you obtained these values.

problem 1 1 solve using mesh analysisattach all calculations 2 solve using nodal analysis attach all calculations 3solve by using circuit simulation softwareremember to attach the schematic 46204

Added by Thomas H.

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