Determine the normal stress at the middle point H and at the corresponding point on the opposite side. Only consider the 500 lb force and ignore the 6000 lb load. S00 1.75
Determine the normal stress at the middle point H and at the corresponding point on the opposite side. Only consider the 500 lb force and ignore the 6000 lb load. S00 1.75
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
B9
![Determine the normal stress at the middle point H and at the corresponding point on the opposite side. Only consider the
500 Ib force and ignore the 6000 lb load.
S00
4in.
1.75
An A36 steel beam is made from 4 L102x102x9.5 equal leg angles and a plate as shown. Determine the I and S values about
a horizontal axis through the centroid. Use the Appendix tables to get the properties for the angle. Also determine the
weight of the cross section per meter.
400 mm
12 mm](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5f06ec92-5bbd-473c-a918-afdcab759d4b%2F3790d98b-e447-480e-8acb-b0adb7127c1b%2F4abyc8a_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Determine the normal stress at the middle point H and at the corresponding point on the opposite side. Only consider the
500 Ib force and ignore the 6000 lb load.
S00
4in.
1.75
An A36 steel beam is made from 4 L102x102x9.5 equal leg angles and a plate as shown. Determine the I and S values about
a horizontal axis through the centroid. Use the Appendix tables to get the properties for the angle. Also determine the
weight of the cross section per meter.
400 mm
12 mm
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