Goals: 5.1 Volume, Amount, Temperature and Pressure

Units

• Convert between various units of volume
• Convert between § C and K
• Convert between various units of pressure

Goals: 5.2 The Ideal Gas Law

• Describe relationship between amount(moles) of gas and volume with all else held constant
• Describe relationship between temperature and volume (Charles' Law) with all else held constant
• Describe how the relationship between temperature and volume leads to the finding of absolute 0
• Describe relationship between pressure and volume (Boyle's Law) with all else held constant
• desired outcomes

Goals: 5.3 Gas Law Calculations

• Use the gas law to calculate temperature, pressure, moles, or volume of a gas when three of four measurements are known
• Use the gas law to determine the density of a known gas
• Use the gas law to determine the molar mass of a gas
• Use the gas law to determine the final pressure, temperature, volume or amount of gas after changes have been made to an initial amount, volume, pressure or temperature of a gas

Goals: Chapter 5.4 Stoichiometry of Gaseous Reactions

• Perform stoichiometry calculations using the ideal gas law to find moles of reactants or products
• Use the ideal gas law and stoichiometry to determine volumes, pressures, or temperatures of gases after reactions
• Perform stoichiometry calculations using volumes or pressures of gases

Goals: Chapter 5.5 Gas Mixtures: Partial Pressures and Mole Fractions

• Perform stoichiometry calculations using partial pressures of gases
• Determine pressures and amounts of gases collected over water or other volatile solvents
• Use partial pressures to determine the mole fractions (concentrations) of gases in a mixture
• use mole fractions to determine partial pressures of gases in a mixture

Goals: Chapter 5.6 Kinetic Molecular Theory

• Describe the relationship between temperature and molecular motion
• Compare different gases under similar conditions and describe the relative kinetic energies and velocities of the gas particles
• Compare similar gases under different conditions and describe the relative kinetic energies and velocities of the gas particles

Goals: Chapter 5.7 Real Gases

• Describe two factors that make real gases behave in a non-ideal way
• Compare gases under different conditions and determine which gas would behave more ideally
• Describe how different conditions (for example high temperature or high pressure) would effect the behavior of a real gas (more ideal, less ideal, and why)