Yes. Water is liquid ice, and ice is solid steam.
Yes, frozen water (ice) and liquid water have the same mass when measured under the same conditions. The mass of water does not change when it freezes; however, its volume does change due to the difference in density between ice and liquid water. Ice is less dense than liquid water, which is why it floats.
Ice is less dense than liquid water, which means that ice takes up more space for the same amount of mass compared to liquid water.
it is liquid water
Its obvious No!
Water and ice are not the same. Water is a liquid state of H2O molecules, while ice is the solid state of those same molecules. At temperatures below 0 degrees Celsius, water freezes and turns into ice.
Liquid water and ice are different states of the same substance, H2O. The difference lies in the arrangement of the water molecules - in liquid water, the molecules are moving freely, while in ice, they are arranged in a more rigid, structured pattern. Temperature plays a key role in determining whether water is in a liquid or solid state.
If you freeze a sample of liquid water it should expand but still weigh the same amount. Water is denser than ice so by volume liquid water is heavier than water ice, thus ice floats.
Water and ice are the same chemical substance in different physical phases, liquid and solid respectively.
The chemical formula is the same -H2O.
You are correct, Ice and water have the same composition but the do not have the same DENSITY.When water freezes to form ice, the spacing of the water molecules held rigidly in the ice crystal is actually further apart than the molecules are when they in the liquid state. Water therefore EXPANDS on freezing (which is why frozen pipes burst) and the ice crystals are therefore less dense than the liquid water.
Yes, ice will float in dish liquid because ice is less dense than liquid water. When ice is placed in dish liquid, it displaces an equal volume of liquid, causing it to float.
Liquid water