4) The L section given in Figure 4 is under the influence of M. bending moment. Determine the position of the neutral axis and show it on the cross section. Calculate the bending moment M. that can be safely carried for the safety stress ten 1400 kg/cm. Draw the stress diagram for bending I
4) The L section given in Figure 4 is under the influence of M. bending moment. Determine the position of the neutral axis and show it on the cross section. Calculate the bending moment M. that can be safely carried for the safety stress ten 1400 kg/cm. Draw the stress diagram for bending I
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![4) The L section given in Figure 4 is under the influence of M. bending moment. Determine the position of
the neutral axis and show it on the cross section. Calculate the bending moment M. that can be safely carried
for the safety stress ten 1400 kg/cm. Draw the stress diagram for bending
16 cm
my
2 cm
H
F
G
10 cm
Figure 4
2 cm
I wish you luck,](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8d62d47b-c7bf-463d-b65d-ae9bcf49bf34%2F0d977721-8341-4395-af4c-bf291ff5798d%2Ffz0eo69_processed.jpeg&w=3840&q=75)
Transcribed Image Text:4) The L section given in Figure 4 is under the influence of M. bending moment. Determine the position of
the neutral axis and show it on the cross section. Calculate the bending moment M. that can be safely carried
for the safety stress ten 1400 kg/cm. Draw the stress diagram for bending
16 cm
my
2 cm
H
F
G
10 cm
Figure 4
2 cm
I wish you luck,
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