Q1 The machine element shown in the figure below is fixed supported at point B and has an applied force of 6 kips at point A which makes a 35° Angle with the horizontal. The cross section of the machine element through section a-a is a rectangle with dimensions 3 in x 2 in and point P is located 1 in below the neutral axis. Calculate the state of stress at point P. you must clearly draw a free body diagram and write equations of equilibrium. Show your final results in a squared element. Express your final answers in psi.
Q1 The machine element shown in the figure below is fixed supported at point B and has an applied force of 6 kips at point A which makes a 35° Angle with the horizontal. The cross section of the machine element through section a-a is a rectangle with dimensions 3 in x 2 in and point P is located 1 in below the neutral axis. Calculate the state of stress at point P. you must clearly draw a free body diagram and write equations of equilibrium. Show your final results in a squared element. Express your final answers in psi.
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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Transcribed Image Text:Q1
The machine element shown in the figure below is fixed
supported at point B and has an applied force of 6 kips at point A which
makes a 35° Angle with the horizontal. The cross section of the machine
element through section a-a is a rectangle with dimensions 3 in x 2 in
and point P is located 1 in below the neutral axis.
Calculate the state of stress at point P.
you must
clearly draw a free body diagram and write equations of equilibrium.
Show your final results in a squared element. Express your final
answers in psi.
8 in.
8 in.
6 kips
35°
니in
S in.
3in
B
a
1.5 in.
1.5 in.
De
SɛcrLaN a-a
- 2 in
NOTE : ExpR Es5 Jo ur Smesses in Psi
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