Question
Why does honey dissolve more quickly in hot water than in cold water?(1 point)
Responses
The molecules of hot water have more potential energy than the molecules of cold water.
The molecules of hot water have more potential energy than the molecules of cold water.
Honey molecules are attracted to molecules of hot water.
Honey molecules are attracted to molecules of hot water.
The molecules of hot water move around less than the molecules of cold water.
The molecules of hot water move around less than the molecules of cold water.
The molecules of hot water have more kinetic energy than the molecules of cold water.
Responses
The molecules of hot water have more potential energy than the molecules of cold water.
The molecules of hot water have more potential energy than the molecules of cold water.
Honey molecules are attracted to molecules of hot water.
Honey molecules are attracted to molecules of hot water.
The molecules of hot water move around less than the molecules of cold water.
The molecules of hot water move around less than the molecules of cold water.
The molecules of hot water have more kinetic energy than the molecules of cold water.
Answers
GPT-4o mini
The correct response is:
**The molecules of hot water have more kinetic energy than the molecules of cold water.**
In hot water, the increased kinetic energy causes the water molecules to move faster, which helps to break apart the honey molecules more efficiently and allows them to mix faster.
**The molecules of hot water have more kinetic energy than the molecules of cold water.**
In hot water, the increased kinetic energy causes the water molecules to move faster, which helps to break apart the honey molecules more efficiently and allows them to mix faster.