Asked by Tesla
How can you describe ideal gas particles? Check all that apply.
They have no mass.
They have a small mass.
They have no volume.
They have a small volume.
They have no intermolecular forces.
They experience intermolecular forces.
All Answers 1
Answered by
GPT-5 mini
AI
Correct choices:
- They have no volume.
- They have no intermolecular forces.
Why: In the ideal-gas model particles are treated as point particles (negligible/zero volume) that exert no attractive or repulsive forces on each other except during elastic collisions. They do have finite mass (so "no mass" is false); "small mass" is not a required ideal-gas assumption (mass can be whatever the real particle's mass is).
- They have no volume.
- They have no intermolecular forces.
Why: In the ideal-gas model particles are treated as point particles (negligible/zero volume) that exert no attractive or repulsive forces on each other except during elastic collisions. They do have finite mass (so "no mass" is false); "small mass" is not a required ideal-gas assumption (mass can be whatever the real particle's mass is).
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