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Transform the following vectors to spherical coordinates at the points given; (a) 10a, at P(x = -3, y 2, z 4); (b) 10a, at Q(p = 5,Ø = 30°, z = 4); (c) 10a, at M(r = 4,0 = 110°,Ø = 120°). Ans. -5.57a, - 6.18ag –- 5.55ag; 3.9a, + 3.12a, + 8.66a6; -3.42a, – 9.4a,

Transform the following vectors to spherical coordinates at the points given; (a) 10a, at P(x = -3, y 2, z 4); (b) 10a, at Q(p = 5,Ø = 30°, z = 4); (c) 10a, at M(r = 4,0 = 110°,Ø = 120°). Ans. -5.57a, - 6.18ag –- 5.55ag; 3.9a, + 3.12a, + 8.66a6; -3.42a, – 9.4a,

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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D1.8. Transform the following vectors to spherical coordinates at the points given; (a) 10a, at P(x = -3, y 2,z = 4); (b) 10a, at Q(p = 5,Ø = 30°, z = 4); (c) 10a, at M(r = 4,0 = 110°, Ø = 120°). Ans. -5.57a, - 6.18a, – 5.55ag; 3.9a, + 3.12a, + 8.66ag; -3.42a, - 9.4ag
Transcribed Image Text:D1.8. Transform the following vectors to spherical coordinates at the points given; (a) 10a, at P(x = -3, y 2,z = 4); (b) 10a, at Q(p = 5,Ø = 30°, z = 4); (c) 10a, at M(r = 4,0 = 110°, Ø = 120°). Ans. -5.57a, - 6.18a, – 5.55ag; 3.9a, + 3.12a, + 8.66ag; -3.42a, - 9.4ag
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