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Explore advanced thermodynamics concepts in this comprehensive chemistry tutorial covering enthalpy changes, Born-Haber cycles, entropy, and Gibbs free energy over 94 minutes. Master enthalpy change definitions and learn to construct and apply Born-Haber cycles for calculating lattice energies and other thermodynamic quantities. Examine enthalpies of solution and neutralization reactions, then delve into entropy concepts including entropy change calculations and their significance in chemical processes. Understand Gibbs free energy changes and their role in determining reaction spontaneity, while also studying mean bond enthalpies and their applications in thermochemical calculations. Develop problem-solving skills through systematic coverage of these interconnected thermodynamic principles essential for A2-level chemistry studies.
Syllabus
Enthalpy Change Definitions
Introduction to Born Haber Cycle
Using the Born Haber Cycle
Enthalpies of solution
Enthalpies of Neutralisation
Introduction to Entropy
Entropy change 2
Gibbs Free energy change 1
Gibbs Free energy change 2
Mean Bond Enthalpies
Entropy Change 1
Taught by
Allery Chemistry