The figure below shows a disc, that is in contact with a larger half disc and able to swing on a link arm. Calculate the natural frequency of vibration of the smaller disc (of radius r rolling back and forth outside the larger disc (of radius R Assume that the outside disc rolls without slipping and has a mass of m 15 kg. the radius ofr 0.03 m, and the mass moment of inertia of for about its centre, C Also suppose the mass of the link connecting the centre of the outside disc, O, to the pivot point A is negligible and assume R 2r, where R is the radius of larger half-disc. Take g-9.81 m² massless 1.05 Hr 0.83Hz 136 Hz 0.74 Hz 2.35 Hr m

The figure below shows a disc, that is in contact with a larger half disc and able to swing on a link arm. Calculate the natural frequency of vibration of the smaller disc (of radius r rolling back and forth outside the larger disc (of radius R Assume that the outside disc rolls without slipping and has a mass of m 15 kg. the radius ofr 0.03 m, and the mass moment of inertia of for about its centre, C Also suppose the mass of the link connecting the centre of the outside disc, O, to the pivot point A is negligible and assume R 2r, where R is the radius of larger half-disc. Take g-9.81 m² massless 1.05 Hr 0.83Hz 136 Hz 0.74 Hz 2.35 Hr m

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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