Heating and Cooling of Substances Quiz

The atoms/molecules gain energy and move faster, leading to stronger and more frequent collisions, and an increase in volume. (correct)

The atoms/molecules lose energy and move slower, leading to weaker and less frequent collisions, and a decrease in volume.

The atoms/molecules remain the same speed, but the volume of the substance increases.

The atoms/molecules expand in size, leading to an increase in volume.

The faster the atoms/molecules move, the higher the temperature. (correct)

The speed of atoms/molecules has no effect on temperature.

Temperature is determined by the size of the atoms/molecules, not their speed.

The faster the atoms/molecules move, the lower the temperature.

The atoms/molecules gain energy and move faster, leading to stronger and more frequent collisions, and an increase in volume.

The atoms/molecules remain the same speed, but the volume of the substance decreases.

The atoms/molecules expand in size, leading to a decrease in volume.

The atoms/molecules lose energy and move slower, leading to weaker and less frequent collisions, and a decrease in volume. (correct)

<p>Heating and cooling have no effect on the size of the atoms/molecules.</p> Signup and view all the answers

<p>Temperature is a measurement of the average speed of atoms/molecules.</p> Signup and view all the answers