Heat is added to ice at 0°C. Explain why the temperature of the ice does not change. What does change?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 .

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 .

What happens to the temperature of a substance during a phase change?A.It stays the same as energy is added.B.It increases rapidly as energy is added.C.It decreases as energy is added.D.It increases slowly as energy is added.

What happens to the energy added during a phase change?A.It decreases the temperature.B.It increases the temperature.C.It is converted to kinetic energy.D.It is used for the phase change.

explain why the solid ice melts as the temperature increases.

A student had a glass of water at 25°C. He put some ice in it. Once the ice melted, he found that the water's temperature had decreased to 18°C.The student puts the same amount of water at 25°C into another glass. He then adds more ice to this glass than he had added to the first glass. Which statement correctly explains what will happen after the ice melts? A. The water will be colder than 18°C because more thermal energy would have been added to it. B. The water will be warmer than 18°C because it would have received more heat from the ice. C. The water will be warmer than 18°C because melting would have taken place for a longer time. D. The water will be colder than 18°C because more heat would have flowed from it to the ice.