Of the following factors, which one directly influences the centripetal force acting on a vehicle when taking a curve?

Question

DentroTest · Accepted Answer

Centripetal force is the physical force that allows the vehicle to maintain a curved path without going off on a tangent. This force fundamentally depends on three elements: speed (squared), the radius of the curve, and the vehicle's mass. Therefore, the correct answer is mass: the greater the vehicle's mass, the greater the force required to keep it inside the curve (and the greater the inertia or centrifugal force trying to push it out). The height of the center of gravity influences stability (rollover risk), but not the calculation of the centripetal force itself.

Of the following factors, which one directly influences the centripetal force acting on a vehicle when taking a curve?

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