The 29-kg spool of outer radius ro=530 mm has a centroidal radius of gyration k=355 mm and a central shaft of radius ri=215 mm. The spool is at rest on the incline when a tension T=204 N is applied to the end of a cable which is wrapped securely around the central shaft as shown. Determine the acceleration aaa of the spool center GGG and the friction force FFF acting at the interface of the spool and incline. The friction coefficients there are μs=0.28 and μk=0.17. The tension T is applied parallel to the incline and the angle θ=16. The acceleration aaa and the force F are both positive if up the incline, negative if down. The 29-kg spool of outer radius ro - 530 mm has a centroidal radius of gyration k = 355 mm and a central shaft of radius r; = 215 mm.The spool is at rest on the incline when a tension T = 204 N is applied to the end of a cable which is wrapped securely around thecentral shaft as shown. Determine the acceleration a of the spool center G and the friction force F acting at the interface of the spooland incline. The friction coefficients there are μs = 0.28 and μk = 0.17. The tension T is applied parallel to the incline and the angle =16°. The acceleration a and the force F are both positive if up the incline, negative if down.m, kᎾTo-Hs, Hk

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Answered: The 29-kg spool of outer radius ro -…

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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The 29-kg spool of outer radius ro=530 mm has a centroidal radius of gyration k=355 mm and a central shaft of radius ri=215 mm. The spool is at rest on the incline when a tension T=204 N is applied to the end of a cable which is wrapped securely around the central shaft as shown. Determine the acceleration aaa of the spool center GGG and the friction force FFF acting at the interface of the spool and incline. The friction coefficients there are μs=0.28 and μk=0.17. The tension T is applied parallel to the incline and the angle θ=16. The acceleration aaa and the force F are both positive if up the incline, negative if down.