A momentum wheel for dynamics class demonstration is show. It is basically a bicycle wheel modified with rim band-weighting, handles, and a pulley for cord startup. The heavy rim band causes the radius of gyration of the 3.1 kg wheel tobe 275 mm. If a steady 32 N pull F is applied to the cord, determien the angular acceleration of the wheel. Neglect bearing friciton. A momentum wheel for dynamics-class demonstrations is shown. It is basically a bicycle wheel modified with rim band-weighting,handles, and a pulley for cord startup. The heavy rim band causes the radius of gyration of the 3.1-kg wheel to be 275 mm. If a steady32-N pull F is applied to the cord, determine the angular acceleration a of the wheel. Neglect bearing friction.645 mm135 mmF = 32 N24°

Now torque can be calculated by using following formula,Explaination;Torque is defined as product of…

Answered: determine the angular acceleration a of…

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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A momentum wheel for dynamics class demonstration is show. It is basically a bicycle wheel modified with rim band-weighting, handles, and a pulley for cord startup. The heavy rim band causes the radius of gyration of the 3.1 kg wheel tobe 275 mm. If a steady 32 N pull F is applied to the cord, determien the angular acceleration of the wheel. Neglect bearing friciton.

A momentum wheel for dynamics-class demonstrations is shown. It is basically a bicycle wheel modified with rim band-weighting,
handles, and a pulley for cord startup. The heavy rim band causes the radius of gyration of the 3.1-kg wheel to be 275 mm. If a steady
32-N pull F is applied to the cord, determine the angular acceleration a of the wheel. Neglect bearing friction.
645 mm
135 mm
F = 32 N
24°

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