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Answer:
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Explanation:
Note: You did not provide the diagram you mentioned but I will explain to you the sequence of events that take place as a fluid cools. I believe you can apply this to the particular diagram that you have.
Sequence of events that take place as a fluid cools down:
- There is a reduction in the temperature of the fluid
- The speed of movement of the molecules will reduce
- Since there is a reduction in speed, the Kinetic Energy also reduces. KE = 1/2 mv²
- The density of the fluid will increase as the temperature decreases
- The molecules will be closer to each other as opposed to in a gas where there is collision of molecules
The sequence of events that occur when a fluid cools down are;
The temperature of the liquid will drop
- When the temperature drops, the molecules will move more slowly.
- As a result of this decrease in velocity, the kinetic energy of the molecules will also decrease.
- As the temperature of the fluid decreases, the density of the liquid increases accordingly.
- The liquid molecules will draw closer together and intermolecular forces will become more significant.
Liquid molecules
We have to note that according to the kinetic theory of matter, the molecules of a liquid are in constant random motion. The kinetic energy of these molecules depend on the temperature of the liquid.
The five sequence of event that happens as liquid molecules cool down are;
- The temperature of the liquid will drop
- When the temperature drops, the molecules will move more slowly.
- As a result of this decrease in velocity, the kinetic energy of the molecules will also decrease.
- As the temperature of the fluid decreases, the density of the liquid increases accordingly.
- The liquid molecules will draw closer together and intermolecular forces will become more significant.
Learn more about liquid molecules: https://brainly.com/question/25667812