1. Chapter 12 & 13

2.  Chemical properties arise from intramolecular forces- bonding within the molecule  Physical properties arise from intermolecular forces- (non-bonding)forces between molecules http://www.mikeblaber.org/oldwine/chm1046/notes/Forces/Intermol/Forces02.htm

4.  Potential energy-electrostatic attractions/bonds within molecules  draw molecules together  Kinetic energy-random collisions  push molecules apart  Observe a diatomic molecule  http://chemed.chem.wisc.edu/chempaths/GenChem-Textbook/Kinetic-Theory-of-Gases-The-Total-Molecular-Kinetic- Energy/chemprime/CoreChem3AThe_Atomic_Theory-939.html http://chemed.chem.wisc.edu/chempaths/GenChem-Textbook/Kinetic-Theory-of-Gases-The-Total-Molecular-Kinetic- Energy/chemprime/CoreChem3AThe_Atomic_Theory-939.html

5.  IMF oppose the randomizing forces of kinetic energy  Ion-Dipole  Dipole-Dipole  Hydrogen Bonding  Ion-induced Dipole and Dipole induced Dipole  London (Dispersion)  Create a Graphic Organizer with the above terms; distinguish each, give examples and describe its impact on melting/boiling pt/etc

6. http://www.mikeblaber.org/oldwine/chm1045/notes/Forces/State/Forces04.htm

7.  IMFs  Surface Tension-  Viscosity-  Capillary action- Amount of force required to break through the surface molecular layer. The resistance of liquids to flow dependent on IMF-strong->high; polar->high, temperature-> low when cold & low KE, molecular shape-more complex->high spontaneous rising of a liquid through a narrow tube against gravity due to attractive forces between the liquid and tube wall.