Molecular motion in gases and liquids; diffusion; empirical chemical kinetics; elementary and overall reactions; rate laws and their experimental determination; collision theory, activated complex theory, and activation energy; Arrhenius behavior and the role of catalysts; adsorption and catalytic activity at solid surfaces; steady-state and rate-determining-step approximations; unimolecular and higher-order reactions; enzyme kinetics; linear and branched chain reactions; polymerization kinetics; photochemical reactions; laboratory experiments related to reaction rate measurements, determination of kinetic parameters, and analysis of time- and temperature-dependent kinetic data.

The objective of this course is to provide students with a fundamental and applied understanding of chemical reaction kinetics. The course aims to:
- Introduce the principles governing chemical reaction rates, including elementary and overall reactions, empirical kinetics, and collision theory.
- Develop the ability to formulate and apply rate laws and determine kinetic parameters such as reaction order, rate constants, and activation energy.
- Provide a mechanistic framework for analyzing simple and complex reaction systems using steady-state and rate-determining-step approximations.
- Expose students to the kinetic behavior of complex reactions, including enzyme, chain, polymerization, and photochemical processes.
- Train students in the analysis of experimental kinetic data and interpretation of temperature-dependent reaction rates.
- Develop practical laboratory skills related to kinetic measurements, experimental design, data analysis, and collaborative problem solving.

https://sucourse.sabanciuniv.edu/plus/pluginfile.php/766919/mod_resource/content/1/Course%20Book.pdf