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2. Compute the maximum acceptable tensile service load the angle in Problem (1) may carry when connected on both legs. The 4-in leg contains a single gage line of (7)/8 in diam. Bolts, and the 6-in leg contains a double gage line of 7/8 in-diam. Bolts. Assume no stagger of bolts, and that all bolts participate in carrying load.

2. Compute the maximum acceptable tensile service load the angle in Problem (1) may carry when connected on both legs. The 4-in leg contains a single gage line of (7)/8 in diam. Bolts, and the 6-in leg contains a double gage line of 7/8 in-diam. Bolts. Assume no stagger of bolts, and that all bolts participate in carrying load.

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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2. Compute the maximum acceptable tensile service load the angle in Problem (1) may carry when connected on both legs. The 4-in leg contains a single gage line of (7)/8 in diam. Bolts, and the 6-in leg contains a double gage line of 7/8 in-diam. Bolts. Assume no stagger of bolts, and that all bolts participate in carrying load.
Transcribed Image Text:2. Compute the maximum acceptable tensile service load the angle in Problem (1) may carry when connected on both legs. The 4-in leg contains a single gage line of (7)/8 in diam. Bolts, and the 6-in leg contains a double gage line of 7/8 in-diam. Bolts. Assume no stagger of bolts, and that all bolts participate in carrying load.
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