Engineering Chemistry CHEM 3615

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

• Describe in general terms the atomic structure of elements. [1]
• Solve stoichiometric problems involving balancing chemical equations and using the mole concept. [1,2]
• Evaluate the gaseous state of matter using various gas laws. [1,3]
• Demonstrate a working knowledge of the postulates of quantum mechanics. [1]
• Describe the quantum mechanical model of atom. [1]
• Describe the bonding in molecules. [1]
• Explain the properties of acids and bases. [1]
• Account for the variations in physical properties (boiling point, melting point, viscosity, surface tension) of substances in terms of intermolecular forces present in the substances. [1,3]
• Use a phase diagram to predict which phases are present at any given temperature and pressure. [1]
• Use problem analysis to Predict the type of solid (molecular, ionic, covalent-network or metallic) formed by a substance, and describe its general properties. [1]
• Solve equilibrium problems. [1,2]
• Discuss spontaneous processes and entropy. [1]
• Calculate the heat of reaction. [1,2]
• Write, balance, and interpret equations for simple nuclear reactions. [1]
• Use basic laboratory techniques to investigate different chemical processes both individually and as a group in a professional manner [3,8]
• Be able to communicate the above outcomes both in a formal written lab report and orally in class as well as through group discussions [7]
• Write, balance, and use electrochemical and oxidation-reduction reactions. [1,2]
• Interpret and analyze reactions involved in chemical batteries, and fuel cells. [1,3]

Effective as of Winter 2022