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8) For the following circuit: a) Find the voltage across the inductor b) Find the Real Power, Reactive Power, Apparent Power and Power Factor in the inductor Is ww R₂ 2 + Consider: R₁-22, R2-2 S2, C=0.5 F, L-2 H, and Is- 2 cos (t) Amp ANS: VL = (0.8+j 2.4) volts=2.53 71.6° volts Complex Power: SL=j 1.6 VA = 1.690° VA Real power: PL=0 watts Reactive power: QL = 1.6 VAR Power factor = cos (90°) = 0

8) For the following circuit: a) Find the voltage across the inductor b) Find the Real Power, Reactive Power, Apparent Power and Power Factor in the inductor Is ww R₂ 2 + Consider: R₁-22, R2-2 S2, C=0.5 F, L-2 H, and Is- 2 cos (t) Amp ANS: VL = (0.8+j 2.4) volts=2.53 71.6° volts Complex Power: SL=j 1.6 VA = 1.690° VA Real power: PL=0 watts Reactive power: QL = 1.6 VAR Power factor = cos (90°) = 0

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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5 / 9 I R₁ 100% www R₂ 8) For the following circuit: a) Find the voltage across the inductor b) Find the Real Power, Reactive Power, Apparent Power and Power Factor in the inductor L + + 8 Consider: R₁-22, R2-22, C 0.5 F, L=2 H, and Is = 2 cos (t) Amp ANS: VL (0.8+j 2.4) volts = 2.53 71.6 ° volts Complex Power: SL=j 1.6 VA = 1.690° VA Real power: PL = 0 watts Reactive power: QL = 1.6 VAR Power factor = cos (90°) = 0
Transcribed Image Text:5 / 9 I R₁ 100% www R₂ 8) For the following circuit: a) Find the voltage across the inductor b) Find the Real Power, Reactive Power, Apparent Power and Power Factor in the inductor L + + 8 Consider: R₁-22, R2-22, C 0.5 F, L=2 H, and Is = 2 cos (t) Amp ANS: VL (0.8+j 2.4) volts = 2.53 71.6 ° volts Complex Power: SL=j 1.6 VA = 1.690° VA Real power: PL = 0 watts Reactive power: QL = 1.6 VAR Power factor = cos (90°) = 0
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