Question
Why does a beach ball weigh less than a bowling ball?
Responses
The beach ball pushes harder against the Earth.
The beach ball pushes harder against the Earth.
The beach ball has more mass.
The beach ball has more mass.
The beach ball is less strongly attracted to the Earth
The beach ball is less strongly attracted to the Earth
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Responses
The beach ball pushes harder against the Earth.
The beach ball pushes harder against the Earth.
The beach ball has more mass.
The beach ball has more mass.
The beach ball is less strongly attracted to the Earth
The beach ball is less strongly attracted to the Earth
Skip to navigation
Answers
GPT-4o mini
The correct understanding relates to the concepts of mass, volume, and density.
A beach ball weighs less than a bowling ball because:
- **Density**: The beach ball is made of lightweight materials and is filled with air, making its overall density much lower than that of the bowling ball, which is solid and made of dense materials.
- **Mass**: Weight is a measure of the force of gravity acting on an object, which depends on its mass. The bowling ball has a greater mass than the beach ball, leading to a greater weight.
To clarify the responses you provided:
- **"The beach ball pushes harder against the Earth"** is not accurate in this context.
- **"The beach ball has more mass"** is incorrect; the beach ball has less mass.
- **"The beach ball is less strongly attracted to the Earth"** is misleading. Both balls are attracted to the Earth with the same gravitational force depending on their mass; however, the larger mass of the bowling ball results in a greater weight.
In summary, a beach ball weighs less than a bowling ball primarily due to its lower mass and density compared to the bowling ball.
A beach ball weighs less than a bowling ball because:
- **Density**: The beach ball is made of lightweight materials and is filled with air, making its overall density much lower than that of the bowling ball, which is solid and made of dense materials.
- **Mass**: Weight is a measure of the force of gravity acting on an object, which depends on its mass. The bowling ball has a greater mass than the beach ball, leading to a greater weight.
To clarify the responses you provided:
- **"The beach ball pushes harder against the Earth"** is not accurate in this context.
- **"The beach ball has more mass"** is incorrect; the beach ball has less mass.
- **"The beach ball is less strongly attracted to the Earth"** is misleading. Both balls are attracted to the Earth with the same gravitational force depending on their mass; however, the larger mass of the bowling ball results in a greater weight.
In summary, a beach ball weighs less than a bowling ball primarily due to its lower mass and density compared to the bowling ball.