In a cruise ship, a liferaft is hanged by suspending it with a thick metallic cable attached to both ends which passes over a pulley anchored to the deck. A tensile force of 4 kN is carried for each side of the cable. The cable and the pulley are located in a vertical plant shown below. The pulley is free to rotate about the horizontal circular axle. Calculate the diameter of the axle if the allowable transverse shearing stress is only 50 x 106 Pa.
In a cruise ship, a liferaft is hanged by suspending it with a thick metallic cable attached to both ends which passes over a pulley anchored to the deck. A tensile force of 4 kN is carried for each side of the cable. The cable and the pulley are located in a vertical plant shown below. The pulley is free to rotate about the horizontal circular axle. Calculate the diameter of the axle if the allowable transverse shearing stress is only 50 x 106 Pa.
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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In a cruise ship, a liferaft is hanged by suspending it with a thick metallic cable attached to both ends which passes over a pulley anchored to the deck. A tensile force of 4 kN is carried for each side of the cable. The cable and the pulley are located in a vertical plant shown below. The pulley is free to rotate about the horizontal circular axle. Calculate the diameter of the axle if the allowable transverse shearing stress is only 50 x 106 Pa.
Transcribed Image Text:Asle
4000 N
Ry
4000 N
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