Hello, the question I have attached is on the book "Advanced Mechanics of Materials and Applied Elasticity, 5th edition, Ansel Ugural". The question is in the first chapter, 66th question. I will be glad to be answered, thanks a lot! 1.66. The stresses (in megapascals) with respect to an x, y, z coordinate systemare described byo, = x? + y,o, = y - 5,o: = -x + 6y + zTay = T = 7 = 0At point (3, 1, 5), determine (a) the stress components with respect tox', y', z' ifV3V34 = 1,m2 = ,n2and (b) the stress components with respect to ", y", z" if4 = 2/V5, m, = -1/V5, and n, = 1. Show that the quantities given byEq. (1.29) are invariant under the transformations (a) and (b).%3D

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Answered: 1.66. The stresses (in megapascals)…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Hello, the question I have attached is on the book "Advanced Mechanics of Materials and Applied Elasticity, 5th edition, Ansel Ugural". The question is in the first chapter, 66th question. I will be glad to be answered, thanks a lot!

1.66. The stresses (in megapascals) with respect to an x, y, z coordinate system
are described by
o, = x? + y,
o, = y - 5,
o: = -x + 6y + z
Tay = T = 7 = 0
At point (3, 1, 5), determine (a) the stress components with respect to
x', y', z' if
V3
V3
4 = 1,
m2 = ,
n2
and (b) the stress components with respect to ", y", z" if
4 = 2/V5, m, = -1/V5, and n, = 1. Show that the quantities given by
Eq. (1.29) are invariant under the transformations (a) and (b).
%3D

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