5. Write peak and rms phasor notation (cosine reference) expressions for the following signals. Sketch the resulting phasor on the complex plane at t=0. (a) V1(t) = 100 cos (1000 t + 30°) (b) V2(t) = 100 cos (1000 t) + 100 cos (1000 t + 45°) (c) V3(t) = 200 cos (1000 t) + 100 cos (500 t + 45°) Be careful! Explain why Part (c) is a trick question. At least I warn you sometimes about trick questions! Now write the time domain function, assuming 60 Hz operation for the following rms phasors; repeat if these two expressions are peak phasors. Reminder that w = 2nf. (d) Va=200Đ30° (e) Vp = 200
5. Write peak and rms phasor notation (cosine reference) expressions for the following signals. Sketch the resulting phasor on the complex plane at t=0. (a) V1(t) = 100 cos (1000 t + 30°) (b) V2(t) = 100 cos (1000 t) + 100 cos (1000 t + 45°) (c) V3(t) = 200 cos (1000 t) + 100 cos (500 t + 45°) Be careful! Explain why Part (c) is a trick question. At least I warn you sometimes about trick questions! Now write the time domain function, assuming 60 Hz operation for the following rms phasors; repeat if these two expressions are peak phasors. Reminder that w = 2nf. (d) Va=200Đ30° (e) Vp = 200
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. Write peak and rms phasor notation (cosine reference) expressions for the following signals. Sketch the resulting phasor on the complex plane at t=0.
(a) V1(t) = 100 cos (1000 t+ 30°)
(b) V2(t) = 100 cos (1000 t) + 100 cos (1000 t+ 45°)
(c) V3(t) = 200 cos (1000 t) + 100 cos (500 t+ 45°) Be careful! Explain why Part (c) is a trick question. At least I warn you sometimes about trick questions!
Now write the time domain function, assuming 60 Hz operation for the following rms phasors; repeat if these two expressions are peak phasors. Reminder that o = 2nf.
(d) Va=200Đ30°
(e) Vp = 200](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1b94d5d1-8249-4b1b-8d70-6007d482e8f0%2F9383f781-956d-43e3-86d2-3a347f5a054d%2F9rwabqj_processed.png&w=3840&q=75)
Transcribed Image Text:5. Write peak and rms phasor notation (cosine reference) expressions for the following signals. Sketch the resulting phasor on the complex plane at t=0.
(a) V1(t) = 100 cos (1000 t+ 30°)
(b) V2(t) = 100 cos (1000 t) + 100 cos (1000 t+ 45°)
(c) V3(t) = 200 cos (1000 t) + 100 cos (500 t+ 45°) Be careful! Explain why Part (c) is a trick question. At least I warn you sometimes about trick questions!
Now write the time domain function, assuming 60 Hz operation for the following rms phasors; repeat if these two expressions are peak phasors. Reminder that o = 2nf.
(d) Va=200Đ30°
(e) Vp = 200
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