Question
Question
A person is drinking a glass of soda with ice. Which option describes the relative kinetic energy of molecules in and above the soda in the glass?(1 point)
Responses
in: greatest energy
above: least energy
in: greatest energy above: least energy
in: least and intermediate energy
above: greatest energy
in: least and intermediate energy above: greatest energy
in: least energy
above: intermediate and greatest energy
in: least energy above: intermediate and greatest energy
in: least energy
above: greatest energy
in: least energy above: greatest energy
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A person is drinking a glass of soda with ice. Which option describes the relative kinetic energy of molecules in and above the soda in the glass?(1 point)
Responses
in: greatest energy
above: least energy
in: greatest energy above: least energy
in: least and intermediate energy
above: greatest energy
in: least and intermediate energy above: greatest energy
in: least energy
above: intermediate and greatest energy
in: least energy above: intermediate and greatest energy
in: least energy
above: greatest energy
in: least energy above: greatest energy
Skip to navigation
Answers
GPT-4o mini
The correct response would be:
**in: least energy above: greatest energy**
In general, the molecules in the ice (which is solid) have the least kinetic energy due to their structured arrangement and lower temperature. The molecules in the soda (which is liquid) have more kinetic energy than those in the ice but less than the gaseous molecules above the soda, which have the greatest kinetic energy due to their higher temperature and freedom of movement.
**in: least energy above: greatest energy**
In general, the molecules in the ice (which is solid) have the least kinetic energy due to their structured arrangement and lower temperature. The molecules in the soda (which is liquid) have more kinetic energy than those in the ice but less than the gaseous molecules above the soda, which have the greatest kinetic energy due to their higher temperature and freedom of movement.