Water has a greater density than ice.
When water freezes, it expands, which means the same amount of H20 is taking up
more space. Since density is a ratio of the amount of matter in an object (mass) to
how much space it takes up (volume), if something is larger in size and has the same
mass as something smaller in size, the smaller thing will always have more density
than the larger thing.
Ice water is more dense than warm water.
It depends how much water and how much ice you hae. if you have 1 ice cube and 6 cups of water, the water will weigh more. But, if you have 10 ice cubes and 1/4 cup of water the ice will weigh more.
Ice is less dense than water. When water freezes into ice, the molecules arrange themselves in a pattern that makes ice less compact, causing it to take up more space and be less dense than liquid water.
Dense
An example of real life density is "ice floating on water." Ice floats on water because it is less dense than water. Things that are less dense float on top of things that are more dense because molecules in ice are further apart than molecules in water.
Ice water is more dense than warm water.
Water is more dense.
No, ice water is more dense than liquid water. This is because the molecules in ice water are arranged in a more structured way, leading to a higher density compared to the more random arrangement of molecules in liquid water.
no
Ice cubes are less dense than liquid water, which is why they float.
water
Liquid water is more dense than ICE , and More dense than water vapour(steam). Liquid water is at its most dense at 2 oC. Water on freezing to ice expands by about 10% of its volume. This is because of the lattice arrangement of water molecules in ice., which does not occur in liquid water., Hence ice floats on water. (icebergs).
No. Ice takes more space than water, so the same volume of ice and water will be less heavy.
Ice is less dense than water
No. It is less dense.
No. Liquid water is more dense. This is why ice cubes float on liquid water.
No. That's why water doesn't float on top of ice.