A mechanical sliding mechanism is designed for two arms to move the roller at point C along the ground. A force ?=100 ?F=100 N is applied at the connecting link. The long arm OA has length ?1=50 ??l1=50 mm and the short arm has length ?2=42.43 ??l2=42.43 mm. A restoring force, ?R, is applied to prevent the system from acceleratinga. What angle, ?1θ1, would the restoring force be ?=0R=0?b. When the system is in the given configuration above, what is the restoring force ?R? F30mmR40mm30mm1. A mechanical sliding mechanism is designed for two arms to move the roller at point C alongthe ground. A force F100 N is applied at the connecting link. The long arm OA has lengthl150 mm and the short arm has length l242.43 mm. A restoring force, R, is applied toprevent the system from acceleratinga. What angle, 01, would the restoring force be R = 0?b. When the system is in the given configuration above, what is the restoring force R?

Given DataF=100Nl1=50mml2=42.43mmθ1=?Rerstoring Force=? Here we are using the concept of Force…

Answered: A mechanical sliding mechanism is…

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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A mechanical sliding mechanism is designed for two arms to move the roller at point C along the ground. A force ?=100 ?F=100 N is applied at the connecting link. The long arm OA has length ?1=50 ??l1=50 mm and the short arm has length ?2=42.43 ??l2=42.43 mm. A restoring force, ?R, is applied to prevent the system from accelerating

a. What angle, ?1θ1, would the restoring force be ?=0R=0?

b. When the system is in the given configuration above, what is the restoring force ?R?