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When water freezes, liquid water turns to solid ice mainly because:
The molecules in liquid water are closer together.
Dew forming on plants during a cold night
Water vapor changes from a gas to a liquid.
freezing
Water molecules slow down and attractions bring them closer together.
Molecules of different liquids have different amounts of attraction.
Water droplets that formed from cooled water vapor in your breath
The molecules move slowly enough that their attractions keep them in fixed positions.
If you breathe on a mirror, part of the mirror clouds up. What are you actually seeing when you see the mirror cloud up?
The molecules in liquid water are closer together.
Dew forming on plants during a cold night
Water vapor changes from a gas to a liquid.
freezing
Water molecules slow down and attractions bring them closer together.
Molecules of different liquids have different amounts of attraction.
Water droplets that formed from cooled water vapor in your breath
The molecules move slowly enough that their attractions keep them in fixed positions.
When water vapor condenses:
The molecules in liquid water are closer together.
Dew forming on plants during a cold night
Water vapor changes from a gas to a liquid.
freezing
Water molecules slow down and attractions bring them closer together.
Molecules of different liquids have different amounts of attraction.
Water droplets that formed from cooled water vapor in your breath
The molecules move slowly enough that their attractions keep them in fixed positions.
Molten (liquid) iron cooling and changing to solid iron is an example of:
The molecules in liquid water are closer together.
Dew forming on plants during a cold night
Water vapor changes from a gas to a liquid.
freezing
Water molecules slow down and attractions bring them closer together.
Molecules of different liquids have different amounts of attraction.
Water droplets that formed from cooled water vapor in your breath
The molecules move slowly enough that their attractions keep them in fixed positions.
Different liquids have different freezing points mainly because:
The molecules in liquid water are closer together.
Dew forming on plants during a cold night
Water vapor changes from a gas to a liquid.
freezing
Water molecules slow down and attractions bring them closer together.
Molecules of different liquids have different amounts of attraction.
Water droplets that formed from cooled water vapor in your breath
The molecules move slowly enough that their attractions keep them in fixed positions.
Cooling water vapor makes the water vapor condense faster because:
The molecules in liquid water are closer together.
Dew forming on plants during a cold night
Water vapor changes from a gas to a liquid.
freezing
Water molecules slow down and attractions bring them closer together.
Molecules of different liquids have different amounts of attraction.
Water droplets that formed from cooled water vapor in your breath
The molecules move slowly enough that their attractions keep them in fixed positions.
If you compare solid ice and liquid water on the molecular level, you could say that:
The molecules in liquid water are closer together.
Dew forming on plants during a cold night
Water vapor changes from a gas to a liquid.
freezing
Water molecules slow down and attractions bring them closer together.
Molecules of different liquids have different amounts of attraction.
Water droplets that formed from cooled water vapor in your breath
The molecules move slowly enough that their attractions keep them in fixed positions.
Which is an example of water condensing?
The molecules in liquid water are closer together.
Dew forming on plants during a cold night
Water vapor changes from a gas to a liquid.
freezing
Water molecules slow down and attractions bring them closer together.
Molecules of different liquids have different amounts of attraction.
Water droplets that formed from cooled water vapor in your breath
The molecules move slowly enough that their attractions keep them in fixed positions.
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