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I'm doing a project based on the amplitude of oscillation of a car over a speed bump at different speeds. What is the relationship between velocity over the bump and amplitude of oscillation?
The amplitude of oscillation and velocity over a speed bump are inversely related. This means that as the velocity increases, the amplitude of oscillation decreases and vice versa.
The shape of a speed bump can greatly affect the amplitude of oscillation. A taller and steeper speed bump will result in a larger amplitude of oscillation compared to a flatter speed bump.
Yes, there is a maximum amplitude of oscillation that a vehicle can reach over a speed bump. This is determined by the suspension system and weight of the vehicle.
The weight of a vehicle can greatly impact the amplitude of oscillation over a speed bump. A heavier vehicle will experience a larger amplitude of oscillation compared to a lighter vehicle, as it has more momentum and inertia.
Yes, there are various ways to reduce the amplitude of oscillation over a speed bump. This can include lowering the speed of the vehicle, adjusting the suspension system, or modifying the shape and design of the speed bump itself.