Here are today’s CHM 100 notes.  These notes discuss naming ionic compounds, binary molecular compounds, and binary acids.

[CHM 100: 6/16/2011 notes]

Any questions?  Ask below in comments!

Here are today’s CHM 110 notes.  These notes discuss more lewis structures, exceptions to the octet rule, formal charge, VSEPR, and polarity of molecules.

[CHM 110: 6/15/2011 notes]

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Here are today’s CHM 110 notes.  These notes discuss Lewis notation for atoms and small molecules.

[CHM 110: 6/14/2011 notes]

Any questions?  Ask below in comments!

Here are today’s CHM 100 notes.  These notes cover an introduction to chemical compounds, how to write formulas for ionic compounds, and how to name ions.

[CHM 100: 6/14/2011 notes]

Any questions?  Ask below in comments!

Here are today’s CHM 110 notes.  These notes cover electron configuration, periodic trends, and an introduction to chemical bonding.

[CHM 110: 6/13/2011 notes]

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Here are today’s CHM 110 notes.  These notes cover an introduction to the Bohr model and quantum theory.

[CHM 110: 6/9/2011 notes]

Any questions?  Ask here in comments!

Here are today’s CHM 100 notes.  These notes cover structure of the atom and organization of the periodic table.

[CHM 100: 6/9/2011 notes]

Any questions?  Ask here in comments!

Here are today’s CHM 110 notes.  The fist link is the sample gas law problem we worked in today’s class.

[CHM 110: Gas law calculation example, 6/8/2011 class]

For reference, the bursting pressure of a standard Schedule 40 half inch steel pipe is about 706 atm.

Here are the rest of the notes, covering Hess’s Law and more thermochemical calculations.

[CHM 110: 6/8/2011 notes]

Any questions?  Leave a comment below!

Here are today’s CHM 110 notes.  These notes introduce thermochemistry and calorimetry, and enthalpy.

[CHM 110: 6/7/2011 notes]

Any questions?  Ask them with the comments link below.

Here are today’s CHM 110 notes.  These notes finish up our coverage of the gas laws – including the combined gas law, the ideal gas equation, stoichiometry with gases, and deviations from the ideal gas equation.

[CHM 110: 6/6/2011 notes]

Any questions?  Ask here in comments!