In 3-5 Sentences summarize how the change of state from ice to water is affected by the relationship between kinetic energy and the forces of attraction
The change of state from ice to water is affected by the relationship between kinetic energy and the forces of attraction. In a solid state, such as ice, the forces of attraction between the molecules are strong, holding them in a fixed position. As energy is added in the form of heat, the kinetic energy of the molecules increases, causing them to vibrate faster and break free from the fixed position. As a result, the forces of attraction weaken, leading to the change of state from solid to liquid, or the melting of ice.
The change of state from ice to water is affected by the relationship between kinetic energy and the forces of attraction. In the solid state, ice molecules are held together by strong intermolecular forces of attraction, which keep the molecules in a fixed, organized arrangement. As heat is added, the kinetic energy of the ice molecules increases, causing them to vibrate and move more rapidly, eventually overcoming the forces of attraction. This leads to the breakage of the fixed arrangement, causing the ice to melt and transform into a liquid state.
The change of state from ice to water is affected by the relationship between kinetic energy and the forces of attraction. In ice, the particles are held together by strong forces of attraction, which keep them in a rigid lattice structure. As heat is added, the kinetic energy of the particles increases, allowing them to overcome these forces of attraction. This results in the particles becoming more mobile and moving apart, leading to the change in state from a solid (ice) to a liquid (water).
