c
During a phase change: the added heat energy is used to overcome the forces of attraction between the water molecules, and the temperature of water remains the same.
Not during a phase change: The added heat energy causes the kinetic energy of the particles to increase, which causes an increase in temperature.
Question 11 (1 point)
Observe the heating curve of water below as it changes from a solid to liquid to gas as heat energy is being added.
Which list below correctly describes how adding heat energy affects water during a phase change and not during a phase change.
a
During a phase change: the added heat energy is used to overcome the forces of attraction between the water molecules, and the temperature of water decreases.
Not during a phase change: The added heat energy causes the kinetic energy of the particles to increase, which causes a decrease in temperature.
b
During a phase change: the added heat energy is used to overcome the forces of attraction between the water molecules, and the temperature of water remains the same.
Not during a phase change: The added heat energy causes the kinetic energy of the particles to increase, which causes a decrease in temperature.
c
During a phase change: the added heat energy is used to overcome the forces of attraction between the water molecules, and the temperature of water remains the same.
Not during a phase change: The added heat energy causes the kinetic energy of the particles to increase, which causes an increase in temperature.
d
During a phase change: the added heat energy is used to overcome the forces of attraction between the water molecules, and the temperature of water increases.
Not during a phase change: The added heat energy causes the kinetic energy of the particles to increase, the temperature of the water remains constant.
1 answer