A Practical Book of Pharmaceutical Analysis
- Contents
- lock Syllabus
- lock Preface
- lock Introduction to paper chromatography
- lock To perform separation and identification of unknown amino acid by paper chromatography.
- lock To perform separation and identification of unknown amino acid by radial paper chromatography
- lock Introduction to thin layer chromatography.
- lock To determine Rf value of given drug by TLC (Paracetamol).
- lock Introduction UV-Visible Spectrophotometer.
- lock To calibrate the UV-visible Spectrophotometer as per I.P.
- lock To study the effect of solvent on absorption maxima of phenol.
- lock To Compare UV spectrum of a compound with that of its derivative.
- lock To develop the Simultaneous Equation Method for the analysis of Paracetamol and Aceclofenac in binary mixtures.
- lock To carry out the conductometric titration of mixture of acids (0.1 M HCl + 0.1 M acetic acid) vs. strong base (0.1 M NaOH).
- lock To determine the strength of strong acid (hydrochloric acid) using strong base (sodium hydroxide) by potentiometry.
- lock To determine unknown concentration of given sample of quinine sulfate by fluorimetry.
- lock To study the effect of Quenching in fluorimetry.
- lock To determine unknown concentration of salicylic acid by calorimetry.
- lock To determine the concentration of sodium ions in the given sample by flame photometry.
- lock To determine the concentration of potassium ions in the given sample by flame photometry.
- lock To determine unknown concentration of given sample suspension of hexamethylene tetramine by nephelometry.
- lock To calculate pKa value of given monobasic acid (HNO3) nitric acid by potentiometric titration.
- lock To determine the unknown concentration of optically active compound in given sample solution and its specific rotation by using polarimeter.
- lock To interpret given IR spectra (Diclofenac, Rosiglitazone, Paracetamol).
- lock To study the theory, construction and working of HPLC.
- lock Introduction to High Performance Thin Layer Chromatography.
- lock Introduction to DSC.
- lock Introduction to GC-MS.
- lock To interpret the following compound using the UV, IR, NMR and Mass spectral data.
- lock To interpret the following compound using the UV, IR, NMR and Mass spectral data.
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