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A 3 kilogram stone and a 10 kilogram stone are 40 meters above the ground. The two stones, when dropped, will experience the same acceleration force mass O Cannot be determined

A 3 kilogram stone and a 10 kilogram stone are 40 meters above the ground. The two stones, when dropped, will experience the same acceleration force mass O Cannot be determined

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**Question:** A 3 kilogram stone and a 10 kilogram stone are 40 meters above the ground. The two stones, when dropped, will experience the same ____________________________. **Options:** - ○ acceleration - ○ force - ○ mass - ○ Cannot be determined **Explanation:** This question tests the understanding of an important principle in physics related to gravity. When two objects are dropped from the same height, they experience the same acceleration due to gravity, regardless of their masses. The force, however, is different because it depends on both mass and acceleration (F = ma). The mass of the stones is obviously different, and the scenario provided enough information to determine that their acceleration is the same due to gravity, irrespective of their mass differences.
Transcribed Image Text:**Question:** A 3 kilogram stone and a 10 kilogram stone are 40 meters above the ground. The two stones, when dropped, will experience the same ____________________________. **Options:** - ○ acceleration - ○ force - ○ mass - ○ Cannot be determined **Explanation:** This question tests the understanding of an important principle in physics related to gravity. When two objects are dropped from the same height, they experience the same acceleration due to gravity, regardless of their masses. The force, however, is different because it depends on both mass and acceleration (F = ma). The mass of the stones is obviously different, and the scenario provided enough information to determine that their acceleration is the same due to gravity, irrespective of their mass differences.
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