Identifying the types and relative strengths of intermolecular forces of attraction in a substance, and understanding how these IMFs interact when mixing substances together.
Applying information about type and relative strength of IMFs to physical properties, including melting point, boiling point, surface tension, and vapor pressure of a liquid, and hardness and brittleness of a solid.
Understanding that charts and graphs that describe physical properties, such as heating curves, cooling curves, and phase diagrams, are a direct comment on the relative strength of the IMFs in a compound.
Understanding solution formation from an IMF and energetics perspective
Types of Intermolecular Forces of Attraction (Ch. 10)
Define
Ion dipole, dipole dipole, H bonding, LDFs (Video #1)
The Effects of IMFs in Liquids (Ch. 10) (Video #2)
BP, MP, vapor pressure, cohesion, adhesion, surface tension
IMFs in solids (Ch. 10)
Ionic, molecular, network solid, metallic (POGIL)
Alloys (POGIL)
Phase Changes and IMFs (Ch. 10)
IMFs of mixtures (Ch. 11)
The process of solution formation (POGIL)