The figure below shows a mobility Nyquist plot representing the response of a single mode. The three black dots, correspond to frequencies WA =500/51rad/s, Wg=10rad/s and Wc=51/5rad/s, and the two angles are 0 1/3trad and 0g=1/3arad. The point a, labelled on the real axis, has the value a =3.AFind a/m, where a is the modal participation and m is the modal mass.Express your answer to two decimal places.Real(V/F)Imag(V/F)

Given: ωA=500/51 radsωB=10 radsθA=13πradθB=13πradα=3

The figure below shows a mobility Nyquist plot representing the response of a single mode. The three black dots, correspond to frequencies WA=500/51rad/s, WB=10rad/s and Wc= 51/5rad/s, and the two angles are 1/3 rad and g=1/3 rad. The point a, labelled on the real axis, has the value α = 3. A Find a/m, where a is the modal participation and M is the modal mass. Express your answer to two decimal places. Imag(V/F) 0 Real(V/F) WC a

The figure below shows a mobility Nyquist plot representing the response of a single mode. The three black dots, correspond to frequencies WA=500/51rad/s, WB=10rad/s and Wc= 51/5rad/s, and the two angles are 1/3 rad and g=1/3 rad. The point a, labelled on the real axis, has the value α = 3. A Find a/m, where a is the modal participation and M is the modal mass. Express your answer to two decimal places. Imag(V/F) 0 Real(V/F) WC a

Engineering Fundamentals: An Introduction to Engineering (MindTap Course List)

5th Edition

ISBN:9781305084766

Author:Saeed Moaveni

Publisher:Saeed Moaveni

Chapter6: Fundamental Dimensions And Units

Section: Chapter Questions

Problem 22P

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