you have learned about how particles in solids, liquids, and gases behave as thermal energy increases. click…

you have learned about how particles in solids, liquids, and gases behave as thermal energy increases. click the blue words to describe how particles in a substance behave as thermal energy decreases.\n\nwhen a gas is cooled, the particles begin to move more slowly. when the temperature drops below the melting point, the substances particles have condensed and formed a liquid. if the liquid is cooled down even more, the amount of thermal energy in the particles will decrease, and the liquids temperature will continue to decrease. eventually, the substance will freeze and form a solid. if the temperature continues to increase, the particles in the solid will move around one another more slowly.

you have learned about how particles in solids, liquids, and gases behave as thermal energy increases. click the blue words to describe how particles in a substance behave as thermal energy decreases.\n\nwhen a gas is cooled, the particles begin to move more slowly. when the temperature drops below the melting point, the substances particles have condensed and formed a liquid. if the liquid is cooled down even more, the amount of thermal energy in the particles will decrease, and the liquids temperature will continue to decrease. eventually, the substance will freeze and form a solid. if the temperature continues to increase, the particles in the solid will move around one another more slowly.

Answer

There are errors in the text. When the temperature of a solid increases, the particles in the solid move around one - another more quickly, not more slowly.

Answer:

The statement "If the temperature continues to increase, the particles in the solid will move around one another more slowly" is incorrect. When the temperature of a solid increases, the particles move more quickly.

Explanation:

Step1: Recall particle - motion and temperature relationship

Thermal energy is related to particle motion. Higher temperature means more thermal energy.

Step2: Analyze solid - particle motion with temperature change

In a solid, as temperature increases, particles vibrate more vigorously and move around each other more quickly due to increased kinetic energy.