Gases in Liquids - Henrys Law

The video tutorial explains the behavior of carbon dioxide in soda bottles. When a soda bottle is opened, carbon dioxide escapes due to differences in solubility under varying pressures. An equilibrium exists between gaseous and liquid carbon dioxide under pressure. Henry's Law is introduced, explaining that the solubility of a gas in a liquid is directly proportional to the partial pressure of the gas above the liquid.

What happens to carbon dioxide gas when a soda bottle is opened?

Explain the reason for the escaping of carbon dioxide gas from a soda bottle.

Describe the equilibrium that exists between gaseous and liquid carbon dioxide molecules under pressure.

What is the relationship between gas pressure and solubility of gas in a liquid according to Henry's Law?

What does Henry's Law state about the concentration of gas dissolved in a solvent?