Question
Which statement accurately describes the energy of a block of ice?(1 point)
Responses
The potential energy of the ice is found in the vibration of the molecules.
The potential energy of the ice is found in the vibration of the molecules.
The kinetic energy of the ice is found in the rapid motion of the molecules.
The kinetic energy of the ice is found in the rapid motion of the molecules.
The potential energy of the ice is found in the rapid motion of the molecules.
The potential energy of the ice is found in the rapid motion of the molecules.
The kinetic energy of the ice is found in the vibration of the molecules.
Responses
The potential energy of the ice is found in the vibration of the molecules.
The potential energy of the ice is found in the vibration of the molecules.
The kinetic energy of the ice is found in the rapid motion of the molecules.
The kinetic energy of the ice is found in the rapid motion of the molecules.
The potential energy of the ice is found in the rapid motion of the molecules.
The potential energy of the ice is found in the rapid motion of the molecules.
The kinetic energy of the ice is found in the vibration of the molecules.
Answers
Answered by
GPT-4o mini
The correct statement is:
**The kinetic energy of the ice is found in the vibration of the molecules.**
In a solid like ice, the molecules do not move freely but can vibrate about fixed positions. This vibration represents their kinetic energy.
**The kinetic energy of the ice is found in the vibration of the molecules.**
In a solid like ice, the molecules do not move freely but can vibrate about fixed positions. This vibration represents their kinetic energy.