Solve for computed VA VB VAB IR4 using NODAL ANALYSIS R1 – 4.7 kΩ• R2 – 6.8 kΩ• R3 – 10 kΩ• R4 – 22 kΩ• R5 – 33 kΩ 5. Construct the circuit in Figure 2. (E1 = 10V ; E2 = 15V)6. Measure the voltages at node A with respect to ground, at node B with respect toground and between nodes A and B. Record your readings in Table 2.7. Measure the current passing through R4. Record your reading in Table 1.8. Using Nodal Analysis, compute for VA, VB, VAB and the current through R4. Recordyour answers in Table 2.ParameterVAVBVABIR4COMPUTATIONS:R1LE1AR3R4Figure 2MeasuredTable 1BR5>R2E2Computed

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Answered: meter A R1 E1 A R3 R4 Figure 2 Measured…

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Electrical Engineering

meter A R1 E1 A R3 R4 Figure 2 Measured B R5 www R2 E2 Computed

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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Question

Solve for computed VA VB VAB IR4 using NODAL ANALYSIS R1 – 4.7 kΩ • R2 – 6.8 kΩ • R3 – 10 kΩ • R4 – 22 kΩ • R5 – 33 kΩ

5. Construct the circuit in Figure 2. (E1 = 10V ; E2 = 15V)
6. Measure the voltages at node A with respect to ground, at node B with respect to
ground and between nodes A and B. Record your readings in Table 2.
7. Measure the current passing through R4. Record your reading in Table 1.
8. Using Nodal Analysis, compute for VA, VB, VAB and the current through R4. Record
your answers in Table 2.
Parameter
VA
VB
VAB
IR4
COMPUTATIONS:
R1
LE1
A
R3
R4
Figure 2
Measured
Table 1
B
R5
>R2
E2
Computed

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