Chemistry 212 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. Not all of the files you will need this semester are currently available. If you click on a link and no file opens, it has not yet been loaded onto the university computer. I will announce in class as notes and homework problems sets are loaded onto the computer. If you find mistakes, please let me know as soon as possible so I can post corrections quickly. If you are not in one of my sections, it would probably be a good idea to wait to download these notes after we’ve gone through them (or at least download them again to get the corrected version. Even if you’re not in my section, if you find mistakes I’d appreciate hearing from you (castella@marshall.edu, x6486, or Room 450 Science Hall).
General Information
| Syllabus |
| Achieve Homework |
| Study Hints |
Lecture Notes
| Chapter 10 |
| Chapter 11 |
| Chapter 12 |
| Chapter 13 |
| Chapter 14 |
| Chapter 15 |
| Chapter 16 |
| Chapter 17 |
| Chapter 19 |
| Chapter 21 |
Supplementary Material Click on a link in the following table and a movable image of a coordiantion compound will be called up. Depress the left mouse button and drag it to move the image.
| Movable Images of Coordination Compound Isomers | |
| cis-[OsCl2(CO)4] | trans-[OsCl2(CO)4] |
| fac-[OsCl3F3]2- | mer-[OsCl3F3]2- |
Old Tests and Answer Keys
| Test 1 |
| Test 1 Answer Key |
| Test 2 |
| Test 2 Answer Key |
| Test 3 |
| Test 3 Answer Key |
| Test 4 |
| Test 4 Answer Key |
| Sample Final Exam |
| Sample Final Exam Key |
Interesting Links
WebElements is website devoted to the periodic table. It provides information about the physical properties, history, and reactivity of all of the elements. In some cases, there are movies for downloading that show aspects of the reactivity of the element or one of its compounds. The site also contains interesting chemistry trivia (e.g. the origin of the names of elements). Finally, there are some excellent graphics for comparing the physical properties of all elements collectively. You might find this site of value when studying Chapter 22.
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).
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