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Given the sinusoidal input source current i;(t) = 20cos (100t), find the steady- state expression for inductor current, io(t). Given R = 400 0, L = 3 H. Select one: a. b. C. d. io(t) = 12cos (100t + 53.13°) i, (t) = ii i.(t): 12 cos(200t - 53.13°) i, (t) = = 16cos (200t + 36.87°) = 16cos (100t - 36.87°) R

Given the sinusoidal input source current i;(t) = 20cos (100t), find the steady- state expression for inductor current, io(t). Given R = 400 0, L = 3 H. Select one: a. b. C. d. io(t) = 12cos (100t + 53.13°) i, (t) = ii i.(t): 12 cos(200t - 53.13°) i, (t) = = 16cos (200t + 36.87°) = 16cos (100t - 36.87°) R

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
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Given the sinusoidal input source current i;(t) = 20cos (100t), find the steady- state expression for inductor current, io(t). Given R = 400 0, L = 3 H. Select one: a. b. C. d. io(t) = 12cos (100t + 53.13°) i, (t) = ii i.(t): 12 cos(200t - 53.13°) i, (t) = = 16cos (200t + 36.87°) = 16cos (100t - 36.87°) R
Transcribed Image Text:Given the sinusoidal input source current i;(t) = 20cos (100t), find the steady- state expression for inductor current, io(t). Given R = 400 0, L = 3 H. Select one: a. b. C. d. io(t) = 12cos (100t + 53.13°) i, (t) = ii i.(t): 12 cos(200t - 53.13°) i, (t) = = 16cos (200t + 36.87°) = 16cos (100t - 36.87°) R
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