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Chem. 4300 - Physical Chemistry

This is the first of a two semeseter undergraduate physical chemistry course.

Download a pdf of this syllabus.
Syllabus Lecture Slides

Instructor: Philip Grandinetti
Instructor Office Hours: T and Th at 1:00-2:00 PM or by appointment
Instructor Office: 0044A McPherson Lab
Secret Underground Laboratory: 0048 McPherson Lab

ChapterSections CoveredLecture Slides
1 - Forces, Energy and Equations of Motion1.1-1.5 Chap. 1
2 - Probability Distributions2.1 Chap. 2
3 - Kinetic Theory of Gases3.1, 3.2 Chap. 3
4 - Rotational MotionAll sections Chap. 4
5 - Vibrational Motion 5.1, 5.3 Chap. 5
6 - Equipartition of EnergyAll sections Chap. 6
7 - ElectrostaticsAll sections Chap. 7
8 - Wave MotionAll sections Chap. 8
Exam 1 - Friday, Feb. 15th, 5:30 - 7:30 pm, 264 McQuigg LabAutumn 2017 Exam1
9 - ElectrodynamicsAll sections Chap. 9
10 - Wave Particle DualityAll sections Chap. 10
11 - Wave MechanicsAll sections Chap. 11
12 - Free Particle and TunnelingAll sections Chap. 12
13 - Quantum Harmonic OscillatorAll sections Chap. 13
14 - Radiating Dipoles in Quantum MechanicsAll sections Chap. 14
15 - Time Independent Perturbation TheoryAll sections Chap. 15
16 - Quantum Particle in Three DimensionsAll sections Chap. 16
17 - Quantum Rigid RotorAll sections Chap. 17
18 - The Hydrogen AtomAll sections Chap. 18
Exam 2 - Friday, April 5th, 5:00 - 7:00 pm, Room: E0001 Scott Lab Autumn 2017 Exam2
19 - Magnetism, Angular Momentum, and SpinAll sections Chap. 19
20 - Identical Particles in Quantum MechanicsAll sections Chap. 20
21 - Multi-electron AtomsAll sections Chap. 21
22 - Diatomic MoleculesAll sections Chap. 22
23 - Polyatomic Molecules (time permitting)No sections
Chemical KineticsPages 1-26 kinetics
Final Exam - Monday, Apr 29, 10:00 am-11:45 am, Room: Scott Lab E0001

There is no required text for this class. My suggestions for texts you might find helpful are: