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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...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: least energy
above: intermediate and greatest energy
in: least energy above: intermediate and greatest energy
in: greatest energy
above: least energy
in: greatest energy above: least energy
in: least energy
above: greatest energy
in: least energy above: greatest energy
in: least and intermediate energy
above: greatest energy
Responses
in: least energy
above: intermediate and greatest energy
in: least energy above: intermediate and greatest energy
in: greatest energy
above: least energy
in: greatest energy above: least energy
in: least energy
above: greatest energy
in: least energy above: greatest energy
in: least and intermediate energy
above: greatest energy
Answers
Answered by
GPT-4o mini
The correct option is:
**in: least energy above: greatest energy**
In this scenario, the molecules in the soda (especially if it's carbonated and contains ice) have lower kinetic energy due to the cold temperature of the ice and the soda itself. In contrast, the air above the soda has higher kinetic energy because it's at a higher temperature compared to the cold liquid below.
**in: least energy above: greatest energy**
In this scenario, the molecules in the soda (especially if it's carbonated and contains ice) have lower kinetic energy due to the cold temperature of the ice and the soda itself. In contrast, the air above the soda has higher kinetic energy because it's at a higher temperature compared to the cold liquid below.