The impact produced by objects depends on both their mass and velocity. Objects with greater mass or velocity tend to have more significant impacts. This is evident in the examples provided, where higher mass or velocity increases the potential harm caused by an object.
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The impact produced by objects depends on their mass and velocity according to the kinetic energy formula (KE = 0.5 * mass * velocity^2). Both factors contribute exponentially to the energy of motion. Higher mass or velocity significantly increases kinetic energy, influencing the force upon impact. A small object at high speed can possess considerable kinetic energy, causing substantial damage. Likewise, a heavier object at moderate speed can yield a similar impact. Understanding this interplay is crucial in assessing potential harm and implementing safety measures, highlighting the pivotal role of mass and velocity in determining the energy transferred during collisions.