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. Express in rectangular form and polar form a vector, the magnitude of which is 100 units and the phase of which with respect to reference axis is (a) + 30° (b)+ 180° (c) -60° (d) + 120° (e) -120° ()-210°. [(a) 86.6 + j50 30° (b) (400 + j0), 100 Z180° (c) 50 86.6, 100 260° (d) (50 + j86.6), 100 2-120° (e) (-50-j 86.6), 100 2-120°S(50 +j 86.6), 100 2- 210°]

. Express in rectangular form and polar form a vector, the magnitude of which is 100 units and the phase of which with respect to reference axis is (a) + 30° (b)+ 180° (c) -60° (d) + 120° (e) -120° ()-210°. [(a) 86.6 + j50 30° (b) (400 + j0), 100 Z180° (c) 50 86.6, 100 260° (d) (50 + j86.6), 100 2-120° (e) (-50-j 86.6), 100 2-120°S(50 +j 86.6), 100 2- 210°]

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. Express in rectangular form and polar form a vector, the magnitude of which is 100 units and the phase of which with respect to reference axis is (a) + 30° (b) + 180° (c) -60° (d) + 120° (e) -120° () -210°. [(a) 86.6 + j50 230° (b) (00 + j0), 100 Z180° (c) 50 86.6, 100 -60° (d) (50 + j86.6), 100 2-120° (e) (-50 -j 86.6), 100 2- 120° ( (50 + j 86.6), 100 2- 210°]
Transcribed Image Text:3. Express in rectangular form and polar form a vector, the magnitude of which is 100 units and the phase of which with respect to reference axis is (a) + 30° (b) + 180° (c) -60° (d) + 120° (e) -120° () -210°. [(a) 86.6 + j50 230° (b) (00 + j0), 100 Z180° (c) 50 86.6, 100 -60° (d) (50 + j86.6), 100 2-120° (e) (-50 -j 86.6), 100 2- 120° ( (50 + j 86.6), 100 2- 210°]
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