QuestionJune 18, 2025

If heat is added to a solid, the temperature of the solid does not change while it is melting. How can the temperature behave in this manner during the endothermic phase change? Adding heat increases temperature. Subtracting heat from surroundings makes them colder. The heat added goes toward overcoming the intermolecular forces in the substance.

If heat is added to a solid, the temperature of the solid does not change while it is melting. How can the temperature behave in this manner during the endothermic phase change? Adding heat increases temperature. Subtracting heat from surroundings makes them colder. The heat added goes toward overcoming the intermolecular forces in the substance.
If heat is added to a solid, the temperature of the solid does not change while it
is melting. How can the temperature behave in this manner during the
endothermic phase change?
Adding heat increases temperature.
Subtracting heat from surroundings makes them colder.
The heat added goes toward overcoming the intermolecular forces in the substance.

Solution
4.7(213 votes)

Answer

The temperature remains constant during melting because the heat is used to overcome intermolecular forces, not to increase temperature. Explanation 1. Understand Phase Change During melting, the temperature remains constant because the heat added is used to overcome intermolecular forces rather than increasing kinetic energy. 2. Identify Heat Usage The heat energy is absorbed as latent heat, which facilitates the phase change without raising temperature.

Explanation

1. Understand Phase Change<br /> During melting, the temperature remains constant because the heat added is used to overcome intermolecular forces rather than increasing kinetic energy.<br /><br />2. Identify Heat Usage<br /> The heat energy is absorbed as latent heat, which facilitates the phase change without raising temperature.
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