Pls do not solve the question.My question is how can i determine the the stress axis, for instance sigma(x) or sigma (y)?In the question, the Moment (Mz) where the z-axis is the centroid is causing the holder's y axis to bend. So shouldnt the normal stress be sigma(y) = -P/A + MzY/I instead of what the answer has given sigma(x) = -P/A + MzY/I No.QuestionAnswer1.Ox = Caxial + Obending ,Ox = [COMPRESSIVE Axial] + [COMPRESSIVE Bending]Ox = [COMPRESSIVE Net]Though not required to calculate the value, it is important to beable to identify the different forcesThe normal stress at element b isyМ, — 1500 Ж 0.04М, — 67.5NmP = 1500N:45 mmM,yOx =АIZOy = 0VQT =-It45 mm— 1200 х 0.075Mx :Mx =Tc90NM1500 NV = 1200N1200 NT = 1200 × 0.090T = 108Nm75 mmOxNote: the cylinder has an inner and outer radiusBut it is not reflected in the diagram20 mmOyO None of the optionstensilezeroO compressivein the x directionq

Answered: My question is how can i determine the…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Pls do not solve the question.

My question is how can i determine the the stress axis, for instance sigma(x) or sigma (y)?

In the question, the Moment (Mz) where the z-axis is the centroid is causing the holder's y axis to bend. So shouldnt the normal stress be sigma(y) = -P/A + MzY/I instead of what the answer has given sigma(x) = -P/A + MzY/I

No.
Question
Answer
1.
Ox = Caxial + Obending ,
Ox = [COMPRESSIVE Axial] + [COMPRESSIVE Bending]
Ox = [COMPRESSIVE Net]
Though not required to calculate the value, it is important to be
able to identify the different forces
The normal stress at element b is
y
М, — 1500 Ж 0.04
М, — 67.5Nm
P = 1500N:
45 mm
M,y
Ox =
А
I
Z
Oy = 0
VQ
T =-
It
45 mm
— 1200 х 0.075
Mx :
Mx =
Tc
90NM
1500 N
V = 1200N
1200 N
T = 1200 × 0.090
T = 108Nm
75 mm
Ox
Note: the cylinder has an inner and outer radius
But it is not reflected in the diagram
20 mm
Oy
O None of the options
tensile
zero
O compressive
in the x direction
q

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