The change of state from ice to water involves an increase in kinetic energy, which occurs when heat is absorbed by the ice. As the temperature rises, the molecules gain energy and vibrate more vigorously, weakening the hydrogen bonds that hold them in a rigid structure. When the kinetic energy surpasses the forces of attraction between the molecules, the ice melts, resulting in the transition to the liquid state of water. Thus, the dynamic interplay between increasing kinetic energy and decreasing intermolecular forces governs this phase change.
In 3-5 sentences summarize how the change if state from ice to water is affected by the relationship between kinetic energy and the forces of attraction
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