Here ate today’s CHM 110 notes. These notes contain some more Lewis structure examples, resonance structures, expanded valence, and formal charge.
Any questions? Ask here!
Here ate today’s CHM 110 notes. These notes contain some more Lewis structure examples, resonance structures, expanded valence, and formal charge.
Any questions? Ask here!
Here ate today’s CHM 110 notes. These notes discuss electron affinity, the main groups of the periodic table, chemical bonds (ionic, covalent, metallic), and Lewis dot notation.
Any questions? Ask here!
Here are today’s CHM 110 notes. These notes cover light, the Bohr model, the quantum numbers, orbital diagrams, electron configurations, valence electrons, and two of the three periodic trends that we will discuss this semester (atomic radius and first ionization energy).
Any questions? Ask here!
Here are today’s CHM 110 notes. There’s only a single page here wth another enthalpy of reaction problem.
Here are thenotes and data from today’s in-class calorimetry experiment:
[6/11/09 CHM 110 calorimetry experiment – notes and data]
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Here are today’s CHM 110 notes. These notes discuss enthalpy of reaction, enthalpy of formation, Hess’s Law, and calorimetry. These notes also contain multiple heat calculation example problems.
Any questions? Ask here!
Here are today’s CHM 110 notes. These notes contain a few more examples of gas law calculations and the beginning of the material on thermodynamics: the first law, internal energy, kinetic and potential energy, and energy units.
Any questions? Ask here!
Here ate today’s CHM 110 notes. These notes cover gases: kinetic theory, empirical gas laws, the ideal gas equation, calculations with the gas laws, and deviations of real gases from the ideal gas law.
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Here are today’s CHM 110 notee. These notes finish up exchange reactions and discuss oxidation-reduction (redox) reactions.
Here’s a copy of the problem from the book that we discussed at the ned of class:
Any questions? Ash here in the comments!
Here are today’s CHM 110 notes. These notes cover one more chemical claculation example, then introduce ionic theory (including our classroom experiment) and exchange reactions.
Any questions? Ask here!
Here are today’s CHM 110 notes. These notes feature example problems for limiting reactants, percent yield, titration (volumetric analysis as in lab experiment 4C), and other basic chemical calculations.
Any questions? Leave them in the comments section below!