Why did the ice pieces stick together in water?

In summary, water and ice are both forms of H2O, but differ in their molecular arrangement. Ice floats on water due to its lower density. They can coexist at the same temperature, and their density differences affect the Earth's climate. Water can turn into ice without changing its temperature through the process of freezing.
  • #1
kthouz
193
0
Hey check this out:
I put 3pieces of ice in a glass and then put water. I left the glass alone for about 5minutes. When i came back i realized that those 3 pieces of ices were a bit sicked one another.
So what should be the scientific explanation?
 
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  • #2
The ice was initially of lower temperature than 0 centigrade. The ice pieces were in contact but water could flow between or into the contacting regions and solidify owing to the ice being colder than 0 centigrade. The aqueous filled space between the ice pieces is very thin and can solidify quickly.
 
  • #3


There are a few scientific explanations for why the ice pieces stuck together in water. One possibility is that the surface of the ice cubes melted slightly when they were placed in the water, creating a thin layer of liquid water on the surface. When the ice cubes touched each other, this thin layer of liquid water acted as a sort of "glue" to hold them together. Another explanation could be that the ice cubes were slightly below freezing temperature, causing them to attract and stick to each other due to the molecular structure of water. Additionally, as the ice cubes melted, the water molecules may have formed hydrogen bonds between the cubes, creating a temporary bond that held them together. Overall, the sticking of the ice cubes can be attributed to a combination of surface melting, attraction between molecules, and hydrogen bonding.
 

Related to Why did the ice pieces stick together in water?

1. What is the difference between water and ice?

Water and ice are both forms of the same substance, H2O. The main difference between them is the arrangement of the molecules. In liquid water, the molecules are constantly moving and sliding past each other, while in ice, the molecules are locked into a rigid, crystalline structure.

2. Why does ice float on water?

Ice floats on water because it is less dense than liquid water. When water freezes, the molecules arrange themselves in a lattice structure which takes up more space than when they are in liquid form. This makes ice less dense, causing it to float on the denser liquid water.

3. Can ice and water exist at the same temperature?

Yes, ice and water can exist at the same temperature of 0°C (32°F). This is known as the melting point, where the solid ice starts to melt into liquid water. At this point, both ice and water can coexist in equilibrium.

4. How does the density of water and ice affect the Earth's climate?

The density difference between water and ice plays a crucial role in regulating the Earth's climate. Water has a high specific heat capacity, meaning it can absorb and store large amounts of heat. This helps regulate the Earth's temperature, keeping it stable. The floating ice also acts as a natural insulator, preventing the underlying water from losing too much heat to the atmosphere.

5. Can water turn into ice without changing its temperature?

Yes, water can turn into ice without changing its temperature. This process is called freezing, and it occurs when the water molecules lose enough energy to slow down and form a crystalline structure. This can happen when the temperature drops below the freezing point of water, which is 0°C (32°F).

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