. A vehicle of mass m = 900 kg travels over a long terrain that is approximately sinusoidal: y = d sin(2πs/l) where l = 1.6 m and d = 10 mm. The suspension stiffness k = 8 × 104 N/m and the systemhas a damping ratio of 0.2.(a) Determine the amplitude of the steady-state vibration of the vehicle if it travels at speedv = 40 m/s.(b) Determine the speed of the vehicle for which the vehicle has the maximum amplitude. A vehicle of mass m900 kg travels over a long terrain that is approximately sinusoidal:2TSy= dsinwhere 1.6 m and d = 10 mm. The suspension stiffness k = 8 x 104 N/m and the systemhas a damping ratio of 0.2x1.6 md 10 mm(a) Determine the amplitude of the steady-state vibration of the vehicle if it travels at speedv = 40 m/s(b) Determine the speed of the vehicle for which the vehicle has the maximum amplitude.

Answered: A vehicle of mass m 900 kg travels over…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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. A vehicle of mass m = 900 kg travels over a long terrain that is approximately sinusoidal: y = d sin(2πs/l) where l = 1.6 m and d = 10 mm. The suspension stiffness k = 8 × 104 N/m and the system
has a damping ratio of 0.2.

(a) Determine the amplitude of the steady-state vibration of the vehicle if it travels at speed
v = 40 m/s.
(b) Determine the speed of the vehicle for which the vehicle has the maximum amplitude.

A vehicle of mass m
900 kg travels over a long terrain that is approximately sinusoidal:
2TS
y= dsin
where 1.6 m and d = 10 mm. The suspension stiffness k = 8 x 104 N/m and the system
has a damping ratio of 0.2
x
1.6 m
d 10 mm
(a) Determine the amplitude of the steady-state vibration of the vehicle if it travels at speed
v = 40 m/s
(b) Determine the speed of the vehicle for which the vehicle has the maximum amplitude.

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