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Frost forms when water vapor in the air loses energy and changes directly to a solid without becoming a liquid. This is called:
The molecules move slowly enough that their attractions keep them in fixed positions.
deposition
Molecules of different liquids have different amounts of attraction between molecules.
liquid water
Fast-moving particles transfer energy to slower-moving particles.
The molecules in liquid water are closer together.
Water vapor in your breath cools down and condenses into liquid water.
condensation
When you breathe out in the winter, you see “fog” in your breath. The fog forms when you breath out because:
The molecules move slowly enough that their attractions keep them in fixed positions.
deposition
Molecules of different liquids have different amounts of attraction between molecules.
liquid water
Fast-moving particles transfer energy to slower-moving particles.
The molecules in liquid water are closer together.
Water vapor in your breath cools down and condenses into liquid water.
condensation
Different liquids have different freezing points mainly because:
The molecules move slowly enough that their attractions keep them in fixed positions.
deposition
Molecules of different liquids have different amounts of attraction between molecules.
liquid water
Fast-moving particles transfer energy to slower-moving particles.
The molecules in liquid water are closer together.
Water vapor in your breath cools down and condenses into liquid water.
condensation
Water droplets form on a cold can of pop. What type of phase change is this?
The molecules move slowly enough that their attractions keep them in fixed positions.
deposition
Molecules of different liquids have different amounts of attraction between molecules.
liquid water
Fast-moving particles transfer energy to slower-moving particles.
The molecules in liquid water are closer together.
Water vapor in your breath cools down and condenses into liquid water.
condensation
When water freezes, liquid water turns to solid ice mainly because:
The molecules move slowly enough that their attractions keep them in fixed positions.
deposition
Molecules of different liquids have different amounts of attraction between molecules.
liquid water
Fast-moving particles transfer energy to slower-moving particles.
The molecules in liquid water are closer together.
Water vapor in your breath cools down and condenses into liquid water.
condensation
When you breathe out in the winter, you see “fog” in your breath. The part of the fog that you can see when you breathe out is:
The molecules move slowly enough that their attractions keep them in fixed positions.
deposition
Molecules of different liquids have different amounts of attraction between molecules.
liquid water
Fast-moving particles transfer energy to slower-moving particles.
The molecules in liquid water are closer together.
Water vapor in your breath cools down and condenses into liquid water.
condensation
If you compare solid ice and liquid water on the molecular level, you could say that:
The molecules move slowly enough that their attractions keep them in fixed positions.
deposition
Molecules of different liquids have different amounts of attraction between molecules.
liquid water
Fast-moving particles transfer energy to slower-moving particles.
The molecules in liquid water are closer together.
Water vapor in your breath cools down and condenses into liquid water.
condensation
In the process of conduction:
The molecules move slowly enough that their attractions keep them in fixed positions.
deposition
Molecules of different liquids have different amounts of attraction between molecules.
liquid water
Fast-moving particles transfer energy to slower-moving particles.
The molecules in liquid water are closer together.
Water vapor in your breath cools down and condenses into liquid water.
condensation
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