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PROBLEM SOLVING PROBLEM 1 In the block system shown in Figure 6, determine the maximum tensile stress in the cable. In which cable the maximum stress is acting? The diameter of the cables is 40 mm. B D 45° horizontal 115° 65° A 120 KN 60° C horizontal 350 KN E Figure 6: Block System

PROBLEM SOLVING PROBLEM 1 In the block system shown in Figure 6, determine the maximum tensile stress in the cable. In which cable the maximum stress is acting? The diameter of the cables is 40 mm. B D 45° horizontal 115° 65° A 120 KN 60° C horizontal 350 KN E Figure 6: Block System

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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POST TEST PROBLEM SOLVING PROBLEM 1 In the block system shown in Figure 6, determine the maximum tensile stress in the cable. In which cable the maximum stress is acting? The diameter of the cables is 40 mm. B 45° horizontal -115° A 120 KN 65° 60° C horizontal 350 KN E Figure 6: Block System
Transcribed Image Text:POST TEST PROBLEM SOLVING PROBLEM 1 In the block system shown in Figure 6, determine the maximum tensile stress in the cable. In which cable the maximum stress is acting? The diameter of the cables is 40 mm. B 45° horizontal -115° A 120 KN 65° 60° C horizontal 350 KN E Figure 6: Block System
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