CHM 218H (Basic NMR) Course Page |
The files listed below are in PDF
format. They can be viewed using Adobe
Acrobat Reader. University computers
have Acrobat Reader already installed.
Syllabus |
Unknowns |
ACS Academic Laboratory Safety Guide |
Alkanes | Notes | Homework |
Molecular Graphics | Homework Key | |
Substituted Alkanes | Notes | Homework |
Molecular Graphics | Homework Key | |
Arenes | Notes | Homework |
Molecular Graphics | Homework Key | |
Carbonyl Compounds | Notes | Homework |
Molecular Graphics | Homework Key |
400 MHz Bruker |
Using ICON NMR Automation |
Moving Between Manual and Automation Modes |
DEPT Spectra Instructions |
Variable Temperature Instructions |
60 MHz Anasazi |
Introduction to 1H NMR |
Coupling Revisited |
Percent 13C Lecture |
Field Strength Lecture 1 |
Field Strength Lecture 2 |
Determining a 90º Pulse Width |
Signal-to-Noise |
Homework 1 | NMR Key 1 |
Homework 2 | NMR Key 2 |
Homework 3 | NMR Key 3 |
Homework 4 | NMR Key 4 |
Homework 5 | NMR Key 5 |
Homework 6 | NMR Key 6 |
Homework 7 | NMR Key 7 |
Homework 8 | NMR Key 8 |
Homework 9 | NMR Key 9 |
Nomenclature Quiz 1 | Nomenclature Quiz 1 Key |
Nomenclature Quiz 2 | Nomenclature Quiz 2 Key |
Nomenclature Quiz 3 | Nomenclature Quiz 3 Key |
Nomenclature Quiz 4 | Nomenclature Quiz 4 Key |
In each case, you will have to do a search for the compound your are interested in finding. Usually, you will do this by entering the molecular formula (use C2H6O instead of CH3CH2OH) and then selecting the correct compound by its name. You will then have to chose the particular type of spectrum (e.g. 1H NMR, 13C NMR, etc.) you are interested in viewing.