Question

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. when a gas is cooled, the particles begin to move more quickly. 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 increase, 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 vibrate in place more slowly.

Explanation:

The text contains several inaccuracies. When a gas is cooled, particles move more slowly, not more quickly. When temperature drops below the melting - point (it should be freezing - point for liquid to solid transition), particles condense from gas to liquid. Cooling a liquid decreases thermal energy. Increasing temperature makes solid particles vibrate more quickly.

Answer:

All the underlined (blue - word equivalent in description) statements in the text are incorrect. When a gas is cooled, the particles begin to move more slowly. When the temperature drops below the freezing point, the substance's 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 liquid's 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 vibrate in place more quickly.