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You have conducted an experiment, a 20 uF capacitor, a 45 W lamp, a 0.6 H inductor with 35 ohm resistance, a 120 V 60 Hz AC sine wave has been connected in series. The attached picture is the parameters of each component: compute the following: 1. Equivalent Impedance 2. Phase angle 3. Z(lamp) = R(lamp) 4. Inductor Resitance, R_L 5. Inductive Reactance X_L 6. Inductor Impedance Z_L 7. Capacitive Reactance Z_C=X_C

You have conducted an experiment, a 20 uF capacitor, a 45 W lamp, a 0.6 H inductor with 35 ohm resistance, a 120 V 60 Hz AC sine wave has been connected in series. The attached picture is the parameters of each component: compute the following: 1. Equivalent Impedance 2. Phase angle 3. Z(lamp) = R(lamp) 4. Inductor Resitance, R_L 5. Inductive Reactance X_L 6. Inductor Impedance Z_L 7. Capacitive Reactance Z_C=X_C

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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You have conducted an experiment, a 20 uF capacitor, a 45 W lamp, a 0.6 H inductor with 35 ohm resistance, a 120 V 60 Hz AC sine wave has been connected in series. The attached picture is the parameters of each component: compute the following:
1. Equivalent Impedance
2. Phase angle
3. Z(lamp) = R(lamp)
4. Inductor Resitance, R_L
5. Inductive Reactance X_L
6. Inductor Impedance Z_L

7. Capacitive Reactance Z_C=X_C

 

pp 98.185m Vpp 31.419V IRMS 34.732m VRMS 11.114V AV -49.231) -15. X 60.000H Tv 60.000Hz PR1 f ~ V1 120V 60Hz 0° 120V PR3 REF2 Vpp 259.61V VRMS 91.834V VAV -124.35pV fv 60.000Hz 1µF 0 4 PR4 REF3- Vpp 22.491V VRMS 7.9748V VAV -10.313pV 60.000Hz R1 ww m 359 0.6H REF3
Transcribed Image Text:pp 98.185m Vpp 31.419V IRMS 34.732m VRMS 11.114V AV -49.231) -15. X 60.000H Tv 60.000Hz PR1 f ~ V1 120V 60Hz 0° 120V PR3 REF2 Vpp 259.61V VRMS 91.834V VAV -124.35pV fv 60.000Hz 1µF 0 4 PR4 REF3- Vpp 22.491V VRMS 7.9748V VAV -10.313pV 60.000Hz R1 ww m 359 0.6H REF3
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