SITUATION 11. A 12 mm thick steel tank has a diameter of 3m and is 6m high. 31. When the tank is filled with water, determine the circumferential stress (MPa) at the bottom. а. 3.75 МРа b. 5.75 MPa c. 7.35 MPa d. 9. 35 MPa 32. Determine the longitudinal stress (MPa) at the bottom of the tank when it is filled with water and is supported at the top. а. 3.70 МPа с. 7.30 МРа b. 5.70 MPa d. 9. 30 MPa 33. If the circumferential stress is limited to 5 MPa, which is the maximum height (m) of water to which the tank may be filled? а. 3 m c. 5 m b. 4 m d. 6m

SITUATION 11. A 12 mm thick steel tank has a diameter of 3m and is 6m high. 31. When the tank is filled with water, determine the circumferential stress (MPa) at the bottom. а. 3.75 МРа b. 5.75 MPa c. 7.35 MPa d. 9. 35 MPa 32. Determine the longitudinal stress (MPa) at the bottom of the tank when it is filled with water and is supported at the top. а. 3.70 МPа с. 7.30 МРа b. 5.70 MPa d. 9. 30 MPa 33. If the circumferential stress is limited to 5 MPa, which is the maximum height (m) of water to which the tank may be filled? а. 3 m c. 5 m b. 4 m d. 6m

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

ANSWERS SHOULD BE

Answer Key

31) 7.35 MPa

32) 3.70 MPa

33) 4 m

SITUATION 11.
A 12 mm thick steel tank has a diameter of 3m and is 6m high.
31. When the tank is filled with water, determine the circumferential stress (MPa) at the bottom.
а. 3.75 MPа
с. 7.35 MPа
d. 9. 35 MPa
b. 5.75 MPa
32. Determine the longitudinal stress (MPa) at the bottom of the tank when it is filled with water and
is supported at the top.
а. 3.70 МPа
b. 5.70 MPa
c. 7.30 MPa
d. 9. 30 MPa
33. If the circumferential stress is limited to 5 MPa, which is the maximum height (m) of water to
which the tank may be filled?
а. 3 m
c. 5 m
d. 6m
b. 4 m

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