Ms = 14kgMassoF wheelMz =446 kgMassthe vehicleOFks112 kN/mkw = 50 km/mSpring stiffnesSwheel stiffness%3D1200 H.s/mDamping CoeiIcient Nis/mCa. Galculate the first and the second natural arcular frequencyOF the suspensi on motion,6. Calculate the first anď second damping pactorof suspens(0. Calaulate the pirst and second natural frequencies oE suspens1ON motaon,

given data; ⇒mass of wheel (m1)=14kg⇒mass of vehicle (m2)=446kg⇒spring stiffness(k2)=112KN/m…

Ms = 14kg Mass oF wheel %3D M2 = kg Mass 446 OF the venicle ks 112 kn/m Spring stiffness kw = 50 kn/m wheel stiffness %3D 1200 His/m Damping Coefficient N.s/m Ca. Galculate the first and the second natural carculav fregquency OF the suspensi on motion, 6. Calculate the first and second damping pactor O. Calaulate the First and second natural freguencies of Suspens 1ON motaon,

Ms = 14kg Mass oF wheel %3D M2 = kg Mass 446 OF the venicle ks 112 kn/m Spring stiffness kw = 50 kn/m wheel stiffness %3D 1200 His/m Damping Coefficient N.s/m Ca. Galculate the first and the second natural carculav fregquency OF the suspensi on motion, 6. Calculate the first and second damping pactor O. Calaulate the First and second natural freguencies of Suspens 1ON motaon,

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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