A two-tier system to repair bridges is supported by two steel cables for each platform. Lengths of the cables are la = 55 in. and Ip = 180 in. Assume that two 160 lb workers are going to be standing on the system to repair a bridge. one on each platform. The following design requirement must be met: the stretch of each cable must be less than 0.01 in. at the worst-case loading condition for each cable. 140 ta. 250 lb 190 400 Ib Determine the minimum diameter required for each cable. (Express your answers using two decimal places.) Cable at A: in. Cable at B: in. Cable at C: in. Cable at D: in.
A two-tier system to repair bridges is supported by two steel cables for each platform. Lengths of the cables are la = 55 in. and Ip = 180 in. Assume that two 160 lb workers are going to be standing on the system to repair a bridge. one on each platform. The following design requirement must be met: the stretch of each cable must be less than 0.01 in. at the worst-case loading condition for each cable. 140 ta. 250 lb 190 400 Ib Determine the minimum diameter required for each cable. (Express your answers using two decimal places.) Cable at A: in. Cable at B: in. Cable at C: in. Cable at D: in.
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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Transcribed Image Text:A two-tier system to repair bridges is supported by two steel cables for each platform. Lengths of the cables are la = 55 in. and lp = 180 in. Assume that two 160 lb workers are going to be standing on the system to repair a bridge,
one on each platform. The following design requirement must be met: the stretch of each cable must be less than 0.01 in. at the worst-case loading condition for each cable.
140 in.
250 lb
190 in.
400 lb
Determine the minimum diameter required for each cable.
(Express your answers using two decimal places.)
Cable at A:
in.
Cable at B:
in.
Cable at C:
in.
Cable at D:
in.
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