AT section has the dimensions given in Fig. ..Show that the neutral axis is 3 inches below the top and that INA = 166.7 in4. If the tensile stress at the bottom of the flange is 1000 psi, calculate (a) the total tensile force in the flange and (b) the total compressive force in the cross section.
AT section has the dimensions given in Fig. ..Show that the neutral axis is 3 inches below the top and that INA = 166.7 in4. If the tensile stress at the bottom of the flange is 1000 psi, calculate (a) the total tensile force in the flange and (b) the total compressive force in the cross section.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![..Show that the neutral axis is 3
AT section has the dimensions given in Fig.
inches below the top and that INA = 166.7 in4. If the tensile stress at the bottom of the
flange is 1000 psi, calculate (a) the total tensile force in the flange and (b) the total
compressive force in the cross section.
I
1 in
2 in
8 in](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F78c2c102-4ba6-48ec-b2bf-013deba56675%2F55c66753-7151-49ee-82f2-7f95f3bb6753%2Fbwfc1n_processed.jpeg&w=3840&q=75)
Transcribed Image Text:..Show that the neutral axis is 3
AT section has the dimensions given in Fig.
inches below the top and that INA = 166.7 in4. If the tensile stress at the bottom of the
flange is 1000 psi, calculate (a) the total tensile force in the flange and (b) the total
compressive force in the cross section.
I
1 in
2 in
8 in
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