(I) Course Description–(3 credits):
This course delves deeper into the fundamental principles and laws of chemistry, building upon your foundational knowledge. We will explore the fascinating world of chemical kinetics, equilibrium, and redox reactions, unraveling the mysteries of electrochemistry and thermodynamics. You'll also gain an understanding of nuclear chemistry, complex ions, and coordination compounds. Throughout this course, we will emphasize the use of English to communicate chemical concepts effectively, preparing you for advanced studies and professional careers in chemistry and related fields.
(II) Objectives:
Students who successfully complete this course should be able to:
★ Communicate effectively in English: Confidently use English to discuss, read, and write about chemical concepts, experimental findings, and research.
★ Master chemical kinetics and equilibrium: Analyze reaction rates, determine equilibrium constants, and predict shifts in equilibrium using Le Châtelier's principle.
★ Understand thermodynamics: Apply the three laws of thermodynamics to chemical systems, calculate enthalpy, entropy, and Gibbs free energy changes, and predict the spontaneity of reactions.
★ Explore electrochemistry: Explain redox reactions, electrochemical cells, and electrolysis. Calculate cell potentials and relate them to Gibbs free energy. Describe the principles of corrosion and its prevention.
★ Investigate nuclear chemistry: Describe radioactive decay processes, understand nuclear fission and fusion, and discuss applications of nuclear chemistry.
★ Grasp coordination chemistry: Explain the properties of transition metals, the formation and structure of coordination compounds, isomerism, and the relationship between electronic structure and color in coordination complexes.
★ Develop laboratory skills: Apply chemical principles to conduct experiments, analyze data, and interpret results. (This could be expanded with specific techniques depending on your lab component)
★ Think critically and solve problems: Analyze chemical phenomena, apply concepts to solve problems, and evaluate evidence to draw conclusions.