What happens to weight transfer as speed increases?

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Multiple Choice

What happens to weight transfer as speed increases?

Explanation:
Weight transfer is the shift of a vehicle’s load between tires caused by inertia during motion changes. As speed increases, the inertial forces involved in turning, braking, or accelerating become larger. In a turn, the lateral acceleration rises with speed (roughly proportional to v^2/r), pushing more weight to the outer wheels. In braking, higher speed means a stronger forward inertia, loading the front tires more; in acceleration, more load moves to the rear. Because these forces grow with speed, the amount of weight transfer increases. Therefore, weight transfer increases as speed increases.

Weight transfer is the shift of a vehicle’s load between tires caused by inertia during motion changes. As speed increases, the inertial forces involved in turning, braking, or accelerating become larger. In a turn, the lateral acceleration rises with speed (roughly proportional to v^2/r), pushing more weight to the outer wheels. In braking, higher speed means a stronger forward inertia, loading the front tires more; in acceleration, more load moves to the rear. Because these forces grow with speed, the amount of weight transfer increases. Therefore, weight transfer increases as speed increases.

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