Question

The speed of the car shown in the figure is 50 km / h. Vibration amplitude and influence on the vehicle Calculate the amplitude of the force. If the damping coefficient $\zeta$ value If it increases, the amplitude of vibration and the force acting on the vehicle decreases / increases. Graphic show it on. m=400 kg k=200 kN/m c=2500 Ns/m Y=0.05 m y(t) = Y sin $\omega$t

          The speed of the car shown in the figure is 50 km / h. Vibration amplitude
and influence on the vehicle
Calculate the amplitude of the force. If the damping coefficient $\zeta$ value
If it increases, the amplitude of vibration and the force acting on the vehicle
decreases / increases. Graphic
show it on.
m=400 kg
k=200 kN/m
c=2500 Ns/m
Y=0.05 m
y(t) = Y sin $\omega$t

The speed of the car shown in the figure is 50 km / h. Vibration amplitude
and influence on the vehicle
Calculate the amplitude of the force. If the damping coefficient ζ value
If it increases, the amplitude of vibration and the force acting on the vehicle
decreases / increases. Graphic
show it on.
m=400 kg
k=200 kN/m
c=2500 Ns/m
Y=0.05 m
y(t) = Y sin ωt

Added by William P.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Emily Anderson

Step 1

The amplitude of the force can be calculated using the formula: F = mω^2Y where F is the amplitude of the force, m is the mass of the vehicle, ω is the angular frequency, and Y is the amplitude of the vibration. Given: m = 400 kg Y = 0.05 m To calculate ω, we Show more…

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The speed of the car shown in the figure is 50 km/h. Vibration amplitude and influence on the vehicle. Calculate the amplitude of the force. If the damping coefficient increases, the amplitude of vibration and the force acting on the vehicle decreases/increases. Graphically show it on. m = 400 kg k = 200 kN/m c = 2500 Ns/m Y = 0.05 m X Artan Sontim Artan Sonuin /21 0.5 2.5 V21 1.5 0.5 2 r 2.5 3 3.5