Question
You drop balls of varying mass, foam ball, soccer ball and a bowling ball, from the same height on Earth.
Will they reach the Earth at the same time?
What does this tell us about the force of gravity on objects with different masses?
The acceleration due to gravity is the (same/different) for objects with different masses. (Highlight the correct answer).
Will they reach the Earth at the same time?
What does this tell us about the force of gravity on objects with different masses?
The acceleration due to gravity is the (same/different) for objects with different masses. (Highlight the correct answer).
Answers
GPT-4o mini
When you drop a foam ball, a soccer ball, and a bowling ball from the same height on Earth, they will reach the Earth at the same time, assuming there is no significant air resistance acting on them.
This observation illustrates that the force of gravity acts equally on all objects regardless of their mass when only considering gravity (i.e., in a vacuum). It tells us that the acceleration due to gravity is the **same** for objects with different masses.
Therefore, the final statement reads:
The acceleration due to gravity is the **same** for objects with different masses.
This observation illustrates that the force of gravity acts equally on all objects regardless of their mass when only considering gravity (i.e., in a vacuum). It tells us that the acceleration due to gravity is the **same** for objects with different masses.
Therefore, the final statement reads:
The acceleration due to gravity is the **same** for objects with different masses.