Akademik Dersler - İçerik

By interpreting the real gases, the student will be able to solve the problems.
describes the ideal and real gases.
uses the Van Der Waals gas equation.
uses the real gas and Van Der Waals isoterms.
describes the critical state, adapts critical state equation to the problems.
By interpreting the some properties of liquids and solids, the student will be able to solve the problems.
describes the condensed phases.
express and uses the vapour pressure.
Interpreting the phase equilibrium in simple systems, the student will be able to questions them.
express the stability of the phases in the pure substance.
interprets the pressure dependence of T-M curve.
adapt the Clapeyron equation to the solid-liquid, liquid-gas and solid-gas equilibrium.
uses the phase diagrams.
expresses the effect of pressure on the vapour pressure.
By describing the ideal solution, the student will be able to recognize, use and compare the colligative properties.
describe the kinds of solutions.
explains the ideal solution and debate the chemical potential in ideal solution.
explains and interprets the colligative properties (FPD, EBP and osmotic pressure).
interpret the more than one volatile component: the idealk solution.
recognizes the binary solutions.
uses the Lever rule for two pahase regions.
recognizes and interprets the X-T and X-P curves.
relates the fractional distillation and azeotropes.
debate the equilibrium in non-ideal systems.
defines the activity.
adapts the colligatives properties on non-ideal systems.
expresses the activity in the electrolytic solutions.
uses the Debye-Huckel theory.