The additional heat causes the kinetic energy of some of the ice molecules to so they can more readily undergo the phase change to liquid. Therefore, the temperature of the ice remains constant. Since some of the ice changes to liquid water, the amount of ice .
Question
The additional heat causes the kinetic energy of some of the ice molecules to so they can more readily undergo the phase change to liquid. Therefore, the temperature of the ice remains constant. Since some of the ice changes to liquid water, the amount of ice .
Solution
The text you provided seems to be incomplete and lacks a clear question. However, it appears to be discussing the process of melting ice. When heat is added to ice, it increases the kinetic energy of the ice molecules, allowing them to change from a solid phase (ice) to a liquid phase (water). During this phase change, the temperature of the ice remains constant because the energy is used for the phase change, not for raising the temperature. As a result, the amount of ice decreases as it turns into water.
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