CHMY 361 - Elements of Physical Chemistry
Announcements
The CHMY 361 Website is now at D2L: https://ecat1.montana.edu/
Handouts 2018
-
Handout #1 Syllabus 2018 - Handout#1a Homework#1
- Handout#2 Objectives for Exam 1
- Handout#3 Homework#2-updated 10:50 am 24sep18
- Handout#4 Homework#3
- Handout#5 Objectives for Exam 2
- Handout 6: Homework #4 updated 1:05 pm 23oct18
- Handout#7 Homework#5 updated Tue 10:45 am; due Mon. Nov. 5
- Handout#8 Objectives for Exam 3
- Handout#9: Homework #6 (Updated 10:35 am, Mon. Nov. 19)
- Handout#10: Roadmap for Last 4 Weeks
- Handout#11: Homework # 7 (updated Thur. Nov 22)
- Handout#12: Objectives for Exam 4
- Handout#13: How to Estimate Your Final Grade
- Handout#14: Objectives and Advice for Final Exam
Lectures 2018
Reading Assignments 2018
Chapter 2. See Handout #1 (Syllabus)
Chapter 3.
Lectures 9-10 Tues.,Thurs Sept. 12 and 14: pp 55-61
Lecture 11 Fri 15sep17 pp 62-71
Lecture 12 Thur. 21sep17: pp72-75
Lecture 13 Fri. 22sep17: pp 75-80(top half)
Lecture 14 Mon. 25sep17 pp 87-90(Partial Derivatives)
Lecture 15 Tue. 26sep17 pp 80-87(Non-Covalent “Reactions”)
Chapter 4.
Lecture 16 Thur: 27sep18 pp 101-104 Gibbs Energy
Lecture 17 Fri. 28sep18 pp 104(bottom)-107 Gibbs Energy and Kequil
Lecture 18 Mon. 1oct18 pp 108(bottom)-119 (Non-ideal gases, activity, standard
states, biochemical standard state)
Lecture 19 Tue. 2oct18 pp 126(bottom)-129 (Kequil vs. T;; 140(bottom)-142 (DNA melting T); 133-134 ( buffer
Chapter 5.
Lecture 20 Thur. 4oct18 pp 162,191 Boltzmann distribution; p 24 equipartition, quantum effects on heat capacity
Lecture 21 Fri. 5oct18 pp 135-138 Thermo. of metabolism;Chapter 7241-242 Electrochem. cells and work
Chapter 7
Lecture 22 Mon. 8oct18 pp 243-247 Standard reduction potentials, free energies, and Nernst equation.
Reading Assignments 2017
Chapter 3.
Lectures 9-10 Tues.,Thurs Sept. 12 and 14: pp 55-61
Lecture 11 Fri 15sep17 pp 62-71
Lecture 12 Thur. 21sep17: pp72-75
Lecture 13 Fri. 22sep17: pp 75-80(top half)
Lecture 14 Mon. 25sep17 pp 87-90(Partial Derivatives)
Lecture 15 Tue. 26sep17 pp 80-87(Non-Covalent “Reactions”)
Chapter 4.
Lecture 16 Thur: 28sep17 pp 101-104 Gibbs Energy
Lecture 17 Fri. 29sep17 pp 104(bottom)-107 Gibbs Energy and Kequil
Lecture 18 Mon. 2oct17 pp 108(bottom)-119 (Non-ideal gases, activity, standard
states, biochemical standard state)
Lecture 19 Tue. 3oct17 pp 126(bottom)-129 (Kequil vs. T;; 140(bottom)-142 (DNA melting T); 133-134 ( buffers)
Chapter 5.
Lecture 20 Thur. 5oct17 pp 162,191 Boltzmann distribution; p 24 equipartition, quantum effects on heat capacity
Lecture 21 Fri. 6oct17 pp 135-138 Thermo. of metabolism;Chapter 7241-242 Electrochem. cells and work
Chapter 7
Lecture 22 Mon. 9oct17 pp 243-247 Standard reduction potentials, free energies,
and Nernst equation.
Chapter 6
Lecture 23 Tue. 10oct17 196-204 Phase equilibria I
Lecture 24 Mon Oct 16: pp 200(bottom)-207 Vapor Pressure vs T; Solute Transfers:Henry's
Law
Lecture 25 Tue Oct 17: p200 Phase Rule;pp207-213 Partition coefficients; Scatchard
Plots;Hill coef.
Lecture 26 Thur Oct 19: pp214-224; Surface Tension, Hydrophobic Effect;Membranes;
Oct 19: Ch. 7pp247-252 Transmembrane equilibria; Na+,K+ pumping
Lecture 27 Fri Oct 20: pp248-252 Colligative properties
Chapter 8
Lecture 28 Mon Oct 23: Ch 8: pp 252-156 Maxwell Boltzmann (optional); pp264-268:Ave
speed;collisions per second;mean free path.
Lecture 29 Tue Oct 24: pp 269-76 Diffusion and Frictional Coef.:
Lecture 30 Thur Oct 26: pp 285-287, 292-294: Viscosity, pp278-281, 283:Sedimentation
Lecture 31 Fri Oct 27: pp 292-294: Protein Electrophoresis
Lecture 32 Mon Oct 30: pp 288-291: DNA Electrophoresis and sequencing
Chapter 9Lecture 33 Tue Oct 31: pp 305-316 First order kinetics; 327-329;337-338: Mechanisms;
333bottom-335:Microscopic reversibility;
pp 338-340:Temperature Dependence
Lecture 34 Thur Nov 2 pp354-355: Diffusion controlled reactions; pp 358-363: Photochemistry;
Chapter 10 pp 378-381: Enzymes I
Lecture 35 Fri Nov 3 pp 382-385: Enzymes II; Chapter 12 466-469: Electrostatics; Chapter 13 pp 489-493:Light I
Lecture 36 Mon Nov 6 pp 382-385: Enzymes III; Chapter 13 pp 489-502:Light-molecule interactions and Beer-Lambert Law
Tue Nov.6 Review for Exam 3 (which is on THURSDAY, NOV 9)
Thur Nov. 9 EXAM 3
Friday Nov. 10 Veterans Day Holiday (classes don't meet)
Lecture 37 Mon Nov 13 pp 502-519 Protein & DNA UV spectra; DNA Hypochromism; Fluorescence;
Lifetime; Quenching; FRET; Single-molecule fluorescence
Lecture 38 Tue Nov 14 pp 520-525: CD;
Lecture 39 Thur Nov 16 pp 526-530 Vibrational spectroscopy; Chapter 14 pp 539-543:
NMR
Lecture 40 Fri Nov 17 pp 544-548: NMR spectrum and Chemical shifts; pp 562(bottom)-566
MRI
Lecture 41 Mon Nov 20 Review MRI for HW problem; then back to pp 542, 544-546 with Boltzmann and quantum ideas
Lecture 42 Tue Nov 21
Exam Solutions 2017
Exam#1 Solutions
Exam#2 Solutions
Exam #3 Solutions
Exam #4 Solutions
Final Exam
Old Exam Keys
Exam Keys 2018
Exam 1
Links
- Vapor Pressure Movie (15th Grade Version)
- Vapor Pressure Movie (4th Grade Version)
- Be patient. It takes a while to get going. Note that the liquid is not boiling. The things in the liquid are molecules.
- MRI
- Para-sagittal MRI of the head
Direct questions to pcallis@montana.edu
Room 55 CBB
Phone 994-5414
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