Course Information

Course Name	Turkish	İyonik Dengeler
	English	Ionic Equlibria
Course Code	KIM 513E	Credit	Lecture (hour/week)	Recitation (hour/week)	Laboratory (hour/week)
Semester	-	3	3	-	-
Course Language		English
Course Coordinator		Mustafa Özcan
Course Objectives		1.To gain a quantitative insight into the details of solution chemistry and chemical equilibrium 2.To gain skill to make simple approximations for solving complicated chemical equilibrium problems 3. To learn graphical representations for observing the feature of the simple or complicated problems and solving of those problems using graphical representations 4.To make quantitative prediction about the results of chemical experiments and numerical estimation of many quantities which might be extremely diffucult to measure directly
Course Description		Equilibrium State,Equilibrium Constants,Free Energy and Equilibrium Constant , Determination of Equilibrium Constant , Aqueous solutions and Equilibrium in aqueous solutions, Precipitation Equilibria, Asid-Base Equilibria, Complex Formation Equilibria, Systematic Equilibrium Calculation, Application of Equilibrium Calculation to complex systems, Simultaneous equations, Graphical Representations of Precipitation Equilibria, Graphical Representations of Asid-Base Equilibria, Oxidation-Reduction Equilibria E-pH diagrams, The construction of E-pH diagrams
Course Outcomes		I- Learning the thermodynamics of chemical equilibrium in acids and bases, and solubility II- Determination ways of equilibrium constants of different chemical reaction types III- Chemical reactions in the aqueous solutions IV- Solving problems about chemical equilibrium, acid and base concepts, solubility and complexation reaction V- The use of graphical representation in the chemical equilibrium problems VI- E-pH relation in the redox equilibrium
Pre-requisite(s)		-
Required Facilities		-
Other		-
Textbook		Exploring Chemical Analsis,2.Edition, Harris,Daniel C., W.H.Freeman Company, 2000.
Other References		Aquatic chemistry: Chemical equilibria and rates in natural waters Stumm, W \| Morgan, JJ JOHN WILEY & SONS, NEW YORK, NY 10158 (USA). 1995. The aqueous chemistry of the elements George K. Schweitzer Lester L. Pesterfield Oxford University Press 2010 Concepts and Calculations in Analytical Chemistry,A Spreadsheet Approach, Freiser,Henry, CRC Press,1992.

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