The document discusses key concepts from gas chemistry including the composition and properties of the atmosphere, gas laws such as Boyle's, Charles', and Avogadro's laws, kinetic molecular theory, and concepts such as molar volume, partial pressures, and gas stoichiometry. It provides examples of calculations using the ideal gas law to determine quantities such as moles of gas, volume, pressure, and temperature changes.

4. Pressure

7. Pressure

8. Pressure

9. Pressure

17. The Gas Laws of Boyle, Charles and Avogadro

20. Boyles Law

22. Boyles Law

25. Charles Law

27. Ideal Gas Law

42. Gas Stoichiometry

54. Dalton’s Law of Partial Pressures

71. The Kinetic Molecular Theory of Gases

88. Effusion and Diffusion

94. Real Gases

107. Chemistry in the Atmosphere

115. Reactions in the Atomsphere Ozone is very reactive and can react directly with other pollutants, or the ozone can absorb light and break up to form an energetically excited O 2 molecule (O 2 *) and excited O (O*).

116. Reactions in the Atomsphere The end product of this whole process is often referred to as photochemical smog, so called because light is required to initiate some of the reactions.

117. Reactions in the Atomsphere Sulfuric acid is very corrosive to both living things and building materials. Another result of this type of pollution is called acid rain.

118. THE END