This course introduces the principles of thermodynamics as applied to chemical systems. Students will study energy changes during reactions, including concepts of enthalpy, entropy, Gibbs free energy, and the laws of thermodynamics. Emphasis is placed on understanding spontaneity, equilibrium, and the relationship between thermodynamic functions and chemical behavior. The course includes practical problem-solving, calculations of heat transfer, and real-world applications such as phase changes, reaction feasibility, and energy efficiency. Designed for high school or undergraduate chemistry students, this course builds a foundational understanding of energy transformations essential to physical chemistry and industrial processes.
This course introduces the principles of thermodynamics as applied to chemical systems. Students will study energy changes during reactions, including concepts of enthalpy, entropy, Gibbs free energy, and the laws of thermodynamics. Emphasis is placed on understanding spontaneity, equilibrium, and the relationship between thermodynamic functions and chemical behavior. The course includes practical problem-solving, calculations of heat transfer, and real-world applications such as phase changes, reaction feasibility, and energy efficiency. Designed for high school or undergraduate chemistry students, this course builds a foundational understanding of energy transformations essential to physical chemistry and industrial processes.
Thermodynamics
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