Akademik Dersler - İçerik

Will be able to distinguish between properties of liquids and solids. Defines intermolecular forces. Identifies properties of liquids and solids. Explains the phase diagrams of pure substances. Identifies the crystal and lattice structures.
Will be able to describe solutions and their properties. Explains the dissolution concept and solubility term. Explains the Raoult’s law. Defines the colligative properties. Identifies colloids.
Will be able to explain reaction kinetics. Defines reaction rate. Writes a reaction rate expression. Explains the parameters affecting reaction rate. Uses Arrhenius law.
Will be able to evaluate equilibrium reactions. Defines the state of equilibrium. Describes the equilibrium constant and its magnitude. Explains the Le Chatelier principle. Tackles the problems in equilibrium.
Will be able to understand the entropy and Gibbs free energy concepts. Explains the spontaneity. Explains the second and third laws of thermodynamics. Defines standard Gibbs free energy. Applied van’t Hoff equation.
Will be able to evaluate reactions of acids and bases. Defines acids and bases. Solves problems related with the pH concept. Relates between chemical structures and strengths of acids and bases. Identifies buffer solutions and solves problems related with them. Constructs titration curves for acids and bases.
Will be able to evaluate solubility equilibria. Defines solubility product constant. Calculates molar solubility of slightly soluble salts. Evaluates solubility equilibria. Explains criteria for precipitation, complete and fractional precipitations.
Will be able to evaluate electrochemical processes. Describes the structure of an electrochemical cell. Calculates Gibbs free energy of reaction for an electrochemical cell. Uses Nernst equation. Explains the electrolysis phenomena. Describes the process of corrosion