If the same amount of force is applied to two similar objects that have different masses, the smaller object will accelerate ________.

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Prepare for the Year 10 Force and Motion Test. Utilize flashcards and multiple-choice questions with clear hints and explanations to ensure success. Equip yourself for excellence on your exam!

Multiple Choice

If the same amount of force is applied to two similar objects that have different masses, the smaller object will accelerate ________.

Explanation:
When you push with the same force on objects that differ in mass, acceleration follows a = F/m. With the force the same, the lighter object has a smaller mass in the denominator, so the result is a larger acceleration. Inertia is higher for the heavier object, so it resists pushing changes in motion more, meaning it speeds up less under the same push. Therefore, the smaller object will accelerate faster.

When you push with the same force on objects that differ in mass, acceleration follows a = F/m. With the force the same, the lighter object has a smaller mass in the denominator, so the result is a larger acceleration. Inertia is higher for the heavier object, so it resists pushing changes in motion more, meaning it speeds up less under the same push. Therefore, the smaller object will accelerate faster.

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