Course Contents

1- Molecular spectrophotmetry Determination of iron(II) using 1,10-phenonthroline method, Determination of Iron(III) using thiocyanate method. Determination of chromium by diphenylcarbazie method Determinatio nof Fe, Pb, Cd, Zn and Cu in soil samples by AAS technique. Simple acid base titrations using potentiometer Determination of "F" in water by using ion selective electrodes, Preparation of standard calibration graphs of Pb, Cd, Zn and Fe by AAS. Determination of Ni by DMG method spectrophotometrically. Determination of mixtures of complexes of iron with thiocyanide and 1,10-phenonthroline Determination of wavelength-max of Cr complex with diphenyl carbazide infrared determination of a mixture of Xylene. spectrophotometric determination of lead or leaves using solvent extration 2- Conductometry Determination of HCl conductometrically by using strong base NaOH, Determine the amount of base NH4OH conductometrically by using strong acid Determine the amount of base NH4OH conductometrically by using weak acid CH3COOH, Determine the amount of NaOH conductometrically by using weak acid CH3COOH 3-Potentiometry Determine the amount of HCl using strong base (NaOH) potentiometrically, Determine the amount of HCl using weak base (NH4OH) potentiometrically, Determine the amount of CH3COOH using strong base (NaOH) potentiometrically, Determine the amount of HCl & CH3COOH using strong base (NaOH)

Course Synopsis

This course is based on the hands-on training of the students studying Analyitcal Chemistry for various experiments. This will include the problem solving and calculation-based learning towards analytical chemistry experiments.

Course Learning Outcomes

The student will learn how to operate the spectrophotometer how to perform experiments using spectrophotometers how to obtain data and treat it in a scientific way how to perform titrations using advanced methods including conductometer and potentiometer They will also learn how to perform analysis using real samples.