CHM 151 - General Chemistry I Course Overview, Lab Reports of Chemistry

Download CHM 151 - General Chemistry I Course Overview and more Lab Reports Chemistry in PDF only on Docsity! Central Arizona College 8470 N. Overfield Road Coolidge, AZ 85228 Phone: (520) 494-5206 Fax: (520) 494-5212 CHM 151 General Chemistry I Catalog Description: Topics such as matter, energy, measurement, atoms, ions, molecules, chemical formulas and equations, chemical arithmetic, thermochemistry, states of matter, chemical bonding, and solutions are covered. Credit Hours: 4 Effective Term: Fall 2008 Terms Offered: Fall and Spring Teaching Methods: Lab Lecture Recitation Modalities: Face to Face Hybrid course IITV Prerequisite(s): RDG100A or RDG100B; MAT121 or MAT122; CHM130 OR high school chemistry Corequisite(s): None Times for Credit: 1 Grading Option: A/F Credit Breakdown: 3 Lecture 2 Lab 1 Recitation Cross Listed: None Learning Outcomes: 1. Perform simple chemical calculations. 2. Predict formulas and the behavior of atoms and isotopes. 3. Name chemicals and predict their formulas. 4. Relate mass to number of molecules. 5. Complete and balance chemical equations. 6. Predict species in a net ionic equation. 7. Identify reaction types, including oxidation-reduction reactions. 8. Calculate concentrations, titrations, and dilution amounts. 9. Calculate energy changes in physical and chemical Central Arizona College CHM 151 - General Chemistry I Page 2 of 3 reactions. 10. Relate colors of light to energies of electronic transitions in atoms. 11. Predict atomic properties. 12. Draw Lewis structures. 13. Predict geometries and properties of molecules. 14. Identify and name simple organic molecules. 15. Predict behaviors of gases quantitatively. 16. Predict relative intermolecular forces and boiling points. 17. Apply fundamental concepts of chemistry by performing a specific set of demonstrated lab skills. Standards: 1. Using units, labels and the concept of significant figures, perform simple chemical calculations. 2. Predict formulas and the behavior of atoms and isotopes by using the periodic table and atomic composition (protons, neutrons and electrons). 3. Using standard chemistry nomenclature, name ionic and covalent compounds and predict their formulas. 4. Using the mole as the basis of stoichiometry, relate mass to number of molecules. 5. Using the principles of stoichiometry, complete and balance chemical equations. 6. Use solubility data to predict species precipitating or remaining in a net ionic equation. 7. Using standard classification methods, identify reaction types, including oxidation-reduction reactions. 8. Using molarity, calculate concentrations, titrations and dilution amounts.