Here are today’s CHM 100 notes. These notes introduce shells, subshells, orbitals, and electron configuration of atoms.
Any questions? Ask here!
Here are today’s CHM 100 notes. These notes introduce shells, subshells, orbitals, and electron configuration of atoms.
Any questions? Ask here!
Here are the notes for today’s CHM 110 class. These notes introduce chemical bonding and Lewis dot notation.
Any questions? Ask here!
Here are today’s CHM 100 notes. In these notes, you’ll find another chemical calculation example, a discussion of the concept of limiting reactants, and an introduction to the Bohr model of the hydrogen atom.
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Here are today’s CHM 110 notes. These notes cover electron configurations and periodic trends (atomic radius, ionization energy, electron affinity). I have also included some notes on the main group elements to go along with your reading of chapter 8 in the textbook.
Any questions? Ask here!
Here are today’s CHM 100 notes. These notes contain two more chemical calculation problem examples from Chapter 9.
Any questions? Ask here!
Here are today’s CHM 100 notes, introducing chemical calculations (also called “stoichiometry”).
Any questions? Ask here!
Here are today;s CHM 110 notes, covering the quantum numbers and electron configuration.
Any questions? Ask here!
Here are the notes for the 10/28/09 CHM 110 class. These notes cover Hess’s Law and contain some more examples of calculations involving enthalpy of reaction.
Any questions? Ask here!
[This notice will remain at the top of the page until the end of the term. Scroll down to see the latest site content!]
CHM 110 FINAL EXAM: The CHM 110 final will be given on Monday, December 7, at 11:00 AM. The exam will be in room 5401 – same room as you normally go to for lecture, and will last two hours.
CHM 100 FINAL EXAM: The CHM 100 final will be given on Wednesday, December 9, at 9:30 AM. The exam will be in room 5401 – same room as you normally go to for lecture, and will last two hours.
Here are today’s CHM 110 notes. These notes contain examples of calculations involving the gass laws and enthalpy of reaction. Also, these notes introduce atomic line spectra and the Bohr model of the atom.
Any questions? Ask here!