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b= 10.1 in 1= 0.855 in The variables a and b are defined by the last two digits of your Z-number. For example, the Z-number Z21172743 has a = 4 and b = 3. A992 steel L= (10 + a) inches Ag = (11.7 + 0.1b) in? L in 1. Determine the design strength qP, for the yielding limit state. A, in? -1.39 in 2. Determine the design strength qP, for the rupture limit state. Use Table D3.1 Case 4 for U Check Umin

b= 10.1 in 1= 0.855 in The variables a and b are defined by the last two digits of your Z-number. For example, the Z-number Z21172743 has a = 4 and b = 3. A992 steel L= (10 + a) inches Ag = (11.7 + 0.1b) in? L in 1. Determine the design strength qP, for the yielding limit state. A, in? -1.39 in 2. Determine the design strength qP, for the rupture limit state. Use Table D3.1 Case 4 for U Check Umin

Structural Analysis
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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a=4

b=1
b,= 10.1 in 1,=0.855 in The variables a and b are defined by the last two digits of your Z-number. For example, the Z-number Z21172743 has a = 4 and b = 3. A992 steel L = (10 + a) inches A, = (11.7+ 0.1b) in? L in 1. Determine the design strength oP, for the yielding limit state. Ag in? = 1.39 in 2. Determine the design strength oP, for the rupture limit state. Use Table D3.1 Case 4 for U Check U min
Transcribed Image Text:b,= 10.1 in 1,=0.855 in The variables a and b are defined by the last two digits of your Z-number. For example, the Z-number Z21172743 has a = 4 and b = 3. A992 steel L = (10 + a) inches A, = (11.7+ 0.1b) in? L in 1. Determine the design strength oP, for the yielding limit state. Ag in? = 1.39 in 2. Determine the design strength oP, for the rupture limit state. Use Table D3.1 Case 4 for U Check U min
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