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3 For the following numerical values, determine the average power P, the reactive power Q, and the complex power S of the circuit shown in Figure P7.23. Note: phasor quantities are rms. a. vs(t) = 450 cos (377t) V %3D i(t) = 50 cos(377t – 0.349) A b. Vs = 14020 V İL = 5.852(-1/6) A c. Vs = 5020 V Î, = 19.220.8 A d. Vs = 7402(-1/4) V Î = 10.82(–1.5) A iz(t) vs(t)( ZŁ

3 For the following numerical values, determine the average power P, the reactive power Q, and the complex power S of the circuit shown in Figure P7.23. Note: phasor quantities are rms. a. vs(t) = 450 cos (377t) V %3D i(t) = 50 cos(377t – 0.349) A b. Vs = 14020 V İL = 5.852(-1/6) A c. Vs = 5020 V Î, = 19.220.8 A d. Vs = 7402(-1/4) V Î = 10.82(–1.5) A iz(t) vs(t)( ZŁ

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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3 For the following numerical values, determine the average power P, the reactive power Q, and the complex power S of the circuit shown in Figure P7.23. Note: phasor quantities are rms. a. vs(t) = 450 cos (377t) V %3D i(t) = 50 cos(377t – 0.349) A b. Vs = 14020 V İL = 5.852(-1/6) A c. Vs = 5020 V Î, = 19.220.8 A d. Vs = 7402(-1/4) V Î = 10.82(–1.5) A iz(t) vs(t)( ZŁ
Transcribed Image Text:3 For the following numerical values, determine the average power P, the reactive power Q, and the complex power S of the circuit shown in Figure P7.23. Note: phasor quantities are rms. a. vs(t) = 450 cos (377t) V %3D i(t) = 50 cos(377t – 0.349) A b. Vs = 14020 V İL = 5.852(-1/6) A c. Vs = 5020 V Î, = 19.220.8 A d. Vs = 7402(-1/4) V Î = 10.82(–1.5) A iz(t) vs(t)( ZŁ
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