During freezing process, water turns into ice. which of the following statements described the changes in molecules of water as it turns to ice?

Question: During freezing process, water turns into ice. which of the following statements described the changes in molecules of water as it turns to ice?

One way to understand the changes in water molecules as they freeze is to use the kinetic molecular theory. This theory states that molecules are constantly moving and colliding with each other, and that their speed and energy depend on their temperature. When water is in liquid form, its molecules are moving fast and have high kinetic energy. They are able to slide past each other and change their shape. However, when water cools down, its molecules slow down and lose kinetic energy. They start to form bonds with each other and arrange themselves in a fixed pattern. This pattern is called a crystal lattice, and it gives ice its solid shape. When water freezes, it expands because the crystal lattice takes up more space than the liquid water. Therefore, water molecules change their speed, energy, shape, and arrangement when they turn into ice.