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they slow down.

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Ambrose Krajcik

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2y ago

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What happens to a hot drink when it cools down?

When a hot drink cools down, the molecules in the liquid lose energy and slow down. This causes the drink to decrease in temperature. As it cools, some components may start to precipitate out or separate from the liquid, altering the taste or texture of the drink.


When using the particle model of matter to describe what happens to the density of a substance when it cools?

The density of the substance becomes higher because of the particles slow down and move closer together when the substance cools.


Name types of technology that uses each property is of fluid?

Use particle theory of matter to describe what happens to the density of a substance when it cools down


What hapoens to the particles in a hot drink when it cools down?

When a hot drink cools down, the particles within the liquid lose energy and slow down. As the temperature decreases, the particles move less vigorously and are more closely packed together, causing the liquid to contract or condense. This is why a hot drink may decrease in volume as it cools down.


What happens to the warm air at the poles?

it cools down


What happens to cooking oil when it cools down?

it gets thick .


Are volcanoes constructive?

Yes. What happens is when the lava cools down, it turns into rock.


How do you cool down a too hot curried soup?

You can drink milk, this cools down the pallet or just add cream to the soup.


What happens dogs in summer?

You have to put them in front of a low fan that cools them down in the summer!


What happens to the particles in a hot drink when it cool down?

they slow down.


What happens to water vapor when it cools down?

When water vapor cools down, it undergoes condensation and turns back into liquid water. This process releases heat energy into the surrounding environment.


What happens to the thermal energy in a beaker as it cools down?

As the beaker cools down, the thermal energy within it decreases. This results in a transfer of heat from the beaker to its surroundings, causing the temperature of the beaker to drop.