CH 146 - College Chemistry with Clinical Applications

Credit Hours: 3

A rigorous, science majors’ general chemistry course slanted toward medical laboratory applications. Topics covered: atomic structure, chemical bonding, reaction types and equations, stoichiometry, equilibrium, acid-base theory, pH, Henderson-Hasselbalch equation and introduction to organic chemistry.

Course Outcomes
Upon completion of this course, the student will be able to:

describe the evolution of scientific knowledge with respect to the scientific method;
categorize matter according to state and class and distinguish between physical and chemical properties and changes;
write balanced chemical equations and use them for stoichiometric calculations;
write electronic configurations for atoms and understand the relationship between configuration, the periodic table, and the chemical properties of elements;
relate the properties of compounds to the ionic or covalent nature of their bonds;
predict the geometry and polarity of molecules;
calculate and manipulate concentration units for the solution of dilution, titration, and other solution stoichiometry problems;
compare and explain the properties of solutions, colloidal dispersions, and suspensions;
predict and write equations for ionic reactions in aqueous solutions;
predict shifts in chemical equilibria in accordance with LeChatelier’s Principle;
calculate equilibrium constants for reactions and use these constants to calculate concentrations of species in solution;
calculate the pH of strong acid/base, weak acid/bases, and buffer solutions;
interpret acid/base chemistry according to Bronsted’s Theory; and
identify oxidizing agents and reducing agents and balance redox reactions.

Prerequisites: Math Placement MT 125 and high school chemistry or CH 010 and CH 011
F/S (N)