Dr. Castellani's CHM 111 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.
Although the notes below have been proofread, there may well be mistakes in them. I would appreciate it if you would let me know when you find mistakes. Please let me know either by telephone (x6486) or email (castella@marshall.edu). There is a date at the end of each chapter's notes. When substantive corrections are made, that date will be changed so you know how current is the posted version. Finally, the notes are a work in progress. For that reason, when you click on a link you may get an error message. In all likelihood, it means that those notes haven't been posted yet.
Below the "Old Tests and
Answer Keys" section are some links that you might find interesting at different
times during the semester.
Syllabus |
Achieve Homework |
Study Hints |
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Chapter 2 |
Chapter 3 |
Chapter 4 |
Chapter 5 |
Chapter 6 |
Chapter 7 |
Chapter 8 |
Chapter 9 |
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The Khan Academy has over 100 videos discussing topics from both this course and CHM 212. The videos range from a few minutes to around 20 minutes. Each is on an individual topic, so if you have trouble with one item and want to see a short discussion on it, this website might be very helpful. It has videos on a wide range of subjects so this could help you with a variety of topics.
Mahjong Chemistry is a game that allows you to practice some of the topics that we cover in class in game format. There are 11 different topics including: Metric prefixes, element nomenclature, matching ions with charges, polyatomic ions names, and electron configurations with atoms and ions. The game is available for download to iPhones and iPads.A company called 3DChem.com has a website that shows the 3-dimensional structure of a large number of molecules that can be manipulated by you much including the VSEPR figures available in the table shown on this page. The structures of the top 50 prescription medicines are available, as are 1600 structures of inorganic compounds (e.g. the structure of the gemstones Ruby and Garnet), and assorted other molecules (e.g. the molecules that give rise to the scents of garlic and cloves).