2.11 Let A = p cos 9 ap + pz2 sin az (a) Transform A into rectangular coordinates and calculate its magnitude at point (3, -4 , 0). (b) Transform A into spherical system and calculate its magnitude at point (3, —4, 0). 2.11Let A = p cos 0 a, + pz“ sin ø a,(a) Transform A into rectangular coordinates and calculate its magnitude at point(3, –4, 0).(b) Transform A into spherical system and calculate its magnitude at point (3, -4, 0).

2.11 Let A = p cosa, + pz² sin o a (a) Transform A into rectangular coordinates and calculate its magnitude at point (3, -4, 0). (b) Transform A into spherical system and calculate its magnitude at point (3, -4, 0).

2.11 Let A = p cosa, + pz² sin o a (a) Transform A into rectangular coordinates and calculate its magnitude at point (3, -4, 0). (b) Transform A into spherical system and calculate its magnitude at point (3, -4, 0).

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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Question

2.11 Let A = p cos 9 ap + pz2 sin az (a) Transform A into rectangular coordinates and calculate its magnitude at point (3, -4 , 0). (b) Transform A into spherical system and calculate its magnitude at point (3, —4, 0).

2.11
Let A = p cos 0 a, + pz“ sin ø a,
(a) Transform A into rectangular coordinates and calculate its magnitude at point
(3, –4, 0).
(b) Transform A into spherical system and calculate its magnitude at point (3, -4, 0).

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