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Exercise 2. In the circuit below: a) Find the measures by the ammeters A, A2 and the voltmeter VR, respectively. (Please, note that R1=R2=R). b) Find the power absorbed by each passive element and the power generated by the voltage source. A1=10A; A3=5A; VL = 50V; VC=30V VR R1=R ww. + UgL0° ww R2=R A1 C VC A2 Figure 3. AC circuit 3 A3 Solution: A= 11.18A; A2 = 4A; VR-40V; P = 160W; PR2=250W; Q-500var, Q-120var; S-410+380jVA fille VL

Exercise 2. In the circuit below: a) Find the measures by the ammeters A, A2 and the voltmeter VR, respectively. (Please, note that R1=R2=R). b) Find the power absorbed by each passive element and the power generated by the voltage source. A1=10A; A3=5A; VL = 50V; VC=30V VR R1=R ww. + UgL0° ww R2=R A1 C VC A2 Figure 3. AC circuit 3 A3 Solution: A= 11.18A; A2 = 4A; VR-40V; P = 160W; PR2=250W; Q-500var, Q-120var; S-410+380jVA fille VL

Introductory Circuit Analysis (13th Edition)
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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Exercise 2. In the circuit below: a) Find the measures by the ammeters A, A2 and the voltmeter VR, respectively. (Please, note that R1=R2=R). b) Find the power absorbed by each passive element and the power generated by the voltage source. A1=10A; A3=5A; VL = 50V; VC=30V VR R1=R ww. + UgL0° ww R2=R A1 C VC A2 Figure 3. AC circuit 3 A3 Solution: A= 11.18A; A2 = 4A; VR-40V; P = 160W; PR2=250W; Q-500var, Q-120var; S-410+380jVA fille VL
Transcribed Image Text:Exercise 2. In the circuit below: a) Find the measures by the ammeters A, A2 and the voltmeter VR, respectively. (Please, note that R1=R2=R). b) Find the power absorbed by each passive element and the power generated by the voltage source. A1=10A; A3=5A; VL = 50V; VC=30V VR R1=R ww. + UgL0° ww R2=R A1 C VC A2 Figure 3. AC circuit 3 A3 Solution: A= 11.18A; A2 = 4A; VR-40V; P = 160W; PR2=250W; Q-500var, Q-120var; S-410+380jVA fille VL
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