PROBLEM 1 - A closed cylindrical tank 400 mm in diameter and 2.5 mm subjected to an axial compressive force and uniform internal pressure. The stresses acting on an element of side is shown in the figure. What is the maximum shearing stress? а.) 20 MPа b.) 30 MPа c.) 40 MPa d.) 50 MPa T (MPa) thick is 30 40 O (MPa) e.) none of the above 90
PROBLEM 1 - A closed cylindrical tank 400 mm in diameter and 2.5 mm subjected to an axial compressive force and uniform internal pressure. The stresses acting on an element of side is shown in the figure. What is the maximum shearing stress? а.) 20 MPа b.) 30 MPа c.) 40 MPa d.) 50 MPa T (MPa) thick is 30 40 O (MPa) e.) none of the above 90
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![PROBLEM 1
- A closed cylindrical tank 400 mm in
diameter and 2.5 mm thick is
subjected to an axial compressive
force and uniform internal pressure.
The stresses acting on an element of
side is shown in the figure. What is
the maximum shearing stress?
а.) 20 MPа
b.) 30 MPа
с.) 40 MPа
d.) 50 MPa
т (MPa)
30
40
о (MPa)
e.) none of the above
90](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb21c7e2a-15df-42ad-95f2-74f54b3f2859%2Fe37b4dc6-e997-405f-b009-d6b7f542ba98%2F89x5wfn_processed.png&w=3840&q=75)
Transcribed Image Text:PROBLEM 1
- A closed cylindrical tank 400 mm in
diameter and 2.5 mm thick is
subjected to an axial compressive
force and uniform internal pressure.
The stresses acting on an element of
side is shown in the figure. What is
the maximum shearing stress?
а.) 20 MPа
b.) 30 MPа
с.) 40 MPа
d.) 50 MPa
т (MPa)
30
40
о (MPa)
e.) none of the above
90
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