In your first week of the job, your boss has asked you to create a rigging solution for the mines. The load of 10,000 Ibs will be suspended from an overhead crane like the image below. You are responsible for selecting the cables. As pictured, four cables will connect the load to the overhead crane and it can be assumed that each will support one quarter of the weight. Your vendor carries cables made of A-36 steel. They offer cables with diameters in increments of % (that is %, ¼, %, ½, etc.). We would like to keep a safety factor of 5 in order to protect workers from the overhead load. What is the minimum cable thickness we need to achieve this? Additionally, find out how much elongation (axial direction) and reduction in width (lateral direction) will occur as a result of the load in each cable.

In your first week of the job, your boss has asked you to create a rigging solution for the mines. The load of 10,000 Ibs will be suspended from an overhead crane like the image below. You are responsible for selecting the cables. As pictured, four cables will connect the load to the overhead crane and it can be assumed that each will support one quarter of the weight. Your vendor carries cables made of A-36 steel. They offer cables with diameters in increments of % (that is %, ¼, %, ½, etc.). We would like to keep a safety factor of 5 in order to protect workers from the overhead load. What is the minimum cable thickness we need to achieve this? Additionally, find out how much elongation (axial direction) and reduction in width (lateral direction) will occur as a result of the load in each cable.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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