Aerosol cans contain a written warning not to subject the can to high temperatures or incinerate. Suppose an aerosol can is heated from 22°C to 110°C. What would you expect to happen? A) The contents of the aerosol can to vaporize. B) No change in volume or pressure; only an increase in temperature. C) The volume of the gas to decreases proportionately to the increase in temperature. D) The pressure in the can to increase proportionately to the increase in temperature.

A suspension of the liquid droplets or the solid particle under pressure is called aerosol. When the temperature is increased then, pressure will increase proportionally.

What is the ideal gas law?

The aerosols are colloidal substances under pressure that gets released as fine particles of spray in the air. They also follow the law of the ideal gas equation.

According to the law, the factors pressure and volume are directly proportional to the number of the moles, and the temperature of the ideal gas of the system.

When the temperature of the aerosol can is heated and raised from 22 to 110 then the pressure of the can will increase in proportion to the temperature as, [tex]\rm P \alpha T[/tex].

Therefore, option D. pressure increases proportionately to the temperature.

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