Question
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Question
The mass of a stone is measured on Earth and weighs 90 grams. The stone is then taken into space. Which of the statements below accurately describe the stone (are true)? Select all that apply. (1 point)
Responses
The mass of the stone on Earth and Mars will be the same.
The mass of the stone on Earth and Mars will be the same.
The volume of the stone on Earth and the moon will be the same.
The volume of the stone on Earth and the moon will be the same.
The mass of the stone on Earth and the Moon will be different.
The mass of the stone on Earth and the Moon will be different.
The weight of the stone on Earth and the moon will be the same.
The weight of the stone on Earth and the moon will be the same.
The mass of the stone on Earth and Mars will be different.
The mass of the stone on Earth and Mars will be different.
The mass of the stone on Earth and the moon will be the same.
The mass of the stone on Earth and the moon will be the same.
The weight of the stone on Earth and Mars will be different.
The weight of the stone on Earth and Mars will be different.
The density of the stone on Earth and Mars will be different.
The density of the stone on Earth and Mars will be different.
Question
The mass of a stone is measured on Earth and weighs 90 grams. The stone is then taken into space. Which of the statements below accurately describe the stone (are true)? Select all that apply. (1 point)
Responses
The mass of the stone on Earth and Mars will be the same.
The mass of the stone on Earth and Mars will be the same.
The volume of the stone on Earth and the moon will be the same.
The volume of the stone on Earth and the moon will be the same.
The mass of the stone on Earth and the Moon will be different.
The mass of the stone on Earth and the Moon will be different.
The weight of the stone on Earth and the moon will be the same.
The weight of the stone on Earth and the moon will be the same.
The mass of the stone on Earth and Mars will be different.
The mass of the stone on Earth and Mars will be different.
The mass of the stone on Earth and the moon will be the same.
The mass of the stone on Earth and the moon will be the same.
The weight of the stone on Earth and Mars will be different.
The weight of the stone on Earth and Mars will be different.
The density of the stone on Earth and Mars will be different.
The density of the stone on Earth and Mars will be different.
Answers
GPT-5 mini
True statements:
- The mass of the stone on Earth and Mars will be the same.
- The volume of the stone on Earth and the moon will be the same.
- The mass of the stone on Earth and the moon will be the same.
- The weight of the stone on Earth and Mars will be different.
Brief explanation: mass and volume (and therefore density = mass/volume) are intrinsic properties and don't change with location; weight depends on local gravity, so it is different on the Moon and Mars compared with Earth.
- The mass of the stone on Earth and Mars will be the same.
- The volume of the stone on Earth and the moon will be the same.
- The mass of the stone on Earth and the moon will be the same.
- The weight of the stone on Earth and Mars will be different.
Brief explanation: mass and volume (and therefore density = mass/volume) are intrinsic properties and don't change with location; weight depends on local gravity, so it is different on the Moon and Mars compared with Earth.