It becomes less dense. Ice will float on water
At normal conditions (regular atmospheric pressure), yes. When freezing, water will be taking more volume until it completely turns into ice.
Ice is lighter (less dense) than water. Which is why ice can float on the surface of water.
It tells you that the ice is less dense than the water.
Water in its solid form, as ice, takes up the most space compared to its liquid form. When water freezes, it expands and becomes less dense, causing it to take up more volume.
Yes. When water freezes, it becomes less dence and floats. When warm, or room temperature, it is liquid and is more dense. This is a rare quality among substances, where most do the opposite and become more dence when they freeze.
No. I*f it were, ice would sink in a glass of water. As water freezes, it expands, and becomes less dense.
Water expands when it freezes and becomes ice.
At normal conditions (regular atmospheric pressure), yes. When freezing, water will be taking more volume until it completely turns into ice.
Ice is lighter (less dense) than water. Which is why ice can float on the surface of water.
It tells you that the ice is less dense than the water.
At freezing the volume of gas increase.
When it freezes.
Water actually becomes less dense, or expands, when frozen. When liquid water reaches it's freezing point, the water molecules rearrange themselves into a lattice structure. Due to the nature of the water molecules, they arrange themselves in such a way as to make it less dense than it was in it's liquid form, which is why ice floats on top of liquid water.
When water freezes to ice, it becomes less dense, expands in volume, and forms a crystalline structure. Additionally, its molecules slow down and move into a more ordered arrangement, resulting in a solid state.
This is becuase it becomes a solid and the particles expand to fit neatly into a solid square.
no, when water freezes it becomes less dense, that is why ice floats.
Water