Question 3 Consider the AC circuit shown in Figure 3. The circuit operates at frequency f 100HZ. L 0.08 H Ry 100 2 V3 V-100e 57) R= 50 2 C- 80 uF VA Figure 3. Circuit for Question 3 (A) Solve the circuit in Figure 3 to calculate: (i) The value of the branch voltage differences V and V as phasors. (ii) The values of the branch currents I1, and b as phasors. Phasor voltages and currents should be expressed in exponential format, e.g. 10e/° volts. (B) Calculate the RMS value of Is (C) Calculate the average power supplied by the AC voltage source Vs-
Question 3 Consider the AC circuit shown in Figure 3. The circuit operates at frequency f 100HZ. L 0.08 H Ry 100 2 V3 V-100e 57) R= 50 2 C- 80 uF VA Figure 3. Circuit for Question 3 (A) Solve the circuit in Figure 3 to calculate: (i) The value of the branch voltage differences V and V as phasors. (ii) The values of the branch currents I1, and b as phasors. Phasor voltages and currents should be expressed in exponential format, e.g. 10e/° volts. (B) Calculate the RMS value of Is (C) Calculate the average power supplied by the AC voltage source Vs-
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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Transcribed Image Text:Question 3
Consider the AC circuit shown in Figure 3. The circuit operates at frequency f 100HZ.
L 0.08 H
Ry 100 2
V3
V-100e 57)
R= 50 2
C= 80 µF
VA
Figure 3. Circuit for Question 3
(A) Solve the circuit in Figure 3 to calculate:
(i) The value of the branch voltage differences V and V as phasors.
(ii) The values of the branch currents I1, and b as phasors.
Phasor voltages and currents should be expressed in exponential format, e.g. 10e/0 volts.
(B) Calculate the RMS value of Is
(C) Calculate the average power supplied by the AC voltage source Vs-
(D) Sketch a phasor diagram showing that: Vs V +V2.
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