The kinetic energy of carbon dioxide molecules in a can of soda is much higher when it is chilled than when it is at room temperature.

TRUE

FALSE

Question

Chemistry

Ernie

19 February, 00:16

The kinetic energy of carbon dioxide molecules in a can of soda is much higher when it is chilled than when it is at room temperature.

TRUE

FALSE

+1

Answers (1)

Know the Answer?

Rylee Cobb · Answer 1

The answer to your question is: false

Explanation:

Kinetic energy is the energy an object has due to its motion, then when molecules have a higher movement the kinetic energy will be higher and when the molecules do not move, the kinetic energy will be lower.

Temperature increses movement of molecules, so, when a can is chilled, the kinetic energy will be lower than when it is at room temperature.

The kinetic energy of carbon dioxide molecules in a can of soda is much higher when it is chilled than when it is at room temperature.TRUEFALSE

The kinetic energy of carbon dioxide molecules in a can of soda is much higher when it is chilled than when it is at room temperature.

TRUE

FALSE