Boyle's Law and Charles’ Law

As temperature increases, volume increases.

As temperature increases, volume decreases.

Temperature and volume are unrelated.

As temperature increases, volume remains constant.

As temperature increases, the particles move faster and the volume increases.

As temperature increases, the particles move slower and the volume decreases.

As temperature increases, the pressure decreases and the volume remains constant.

As temperature increases, the number of particles increases and the volume decreases.

The ratio of the volume to the absolute temperature changes when pressure is constant.

The ratio of the initial volume to the initial temperature is equal to the ratio of the final volume to the final temperature.

Temperature must be measured in degrees Celsius for Charles' Law.

Charles' Law applies only to solids.

7.5°C

10.0°C

15.0°C

12.5°C

Syringes and bicycle pumps demonstrate Boyle's Law.

A hot air balloon rising in the sky.

A car engine combustion process.

A refrigerator cooling system.

The pressure increases.

The pressure decreases.

The pressure remains constant.

The pressure fluctuates.

The volume decreases.

The volume remains the same.

The volume increases.

The volume fluctuates.

Hot air balloons rise because the air inside expands and becomes less dense.

A sealed bag of chips expands when taken to a higher altitude.

Ice cubes float in water due to their density.

A tire pressure increases when the temperature rises.