Objects with greater mass have greater resistance to forces.

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Multiple Choice

Objects with greater mass have greater resistance to forces.

Explanation:
Inertia, the tendency to resist changes in motion, is tied to mass. When you push something with the same amount of force, its acceleration is given by a = F/m. That means a heavier object (larger mass) accelerates less under the same push. So it resists the force more. For example, push an empty cart and a full cart with the same effort, and the empty cart speeds up more quickly. Since larger mass makes it harder to change motion, greater mass means greater resistance to forces.

Inertia, the tendency to resist changes in motion, is tied to mass. When you push something with the same amount of force, its acceleration is given by a = F/m. That means a heavier object (larger mass) accelerates less under the same push. So it resists the force more. For example, push an empty cart and a full cart with the same effort, and the empty cart speeds up more quickly. Since larger mass makes it harder to change motion, greater mass means greater resistance to forces.

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