NTRCA college written syllabus

E:\NTRCA\Exam\17th Exam'20\Written\Syllabus\Written_College level_17th Exam-2020 (1-52 code) (Main).doc    30 
Assessment Targets: 
The candidate will be able to 
Contents Marks 
post precipitation, drying and ignition of 
precipitates, results, and calculation. 
 Describe the limitations of the 
wavelength range of ultraviolet and 
visible radiation. 
 Describe the advantage and limitations 
of Beer-Lambert's law. 
 Apply Beer-Lambert's law for the 
determination of metal-ligand 
complexes. 
5. Spectrophotometric analysis 
Ultraviolet and visible radiation, 
absorbance, transmittance, absorptivity, 
Beer-Lambert's law , limitations of Beer -
Lambert's law, wavelength selection, basic 
components of a spectrophotometer, 
qualitative and quantitative analysis, 
stoichiometric determination of metal -
ligand complexes, derivative 
spectrophotometry. 
 
 Define chromatographic terms. 
 Know various chromatographic 
techniques. 
 Separate solvents/compounds using 
chromatographic techniques. 
 Explain the basic principle of HPLC and 
GC. 
6. Chromatography 
Chromatographic behavior of solute, 
retention behavior, partition coefficient, 
column efficiency, resolution, quantitative 
analysis, evaluation method, classification 
of chromatographic methods. 
(i) Plane chromatography 
Principle of paper chromatography (PC) 
and thin -layer chromatography (TLC), 
nature of mobile phase, stationary phases, 
development, location of spot, quantitative 
methods, applications. 
(ii) Liquid column chromatography 
Principles, stationary phases, mobile 
phases, and applications. 
(iii) Ion-exchange method 
Principles, types of resin, structure, 
swelling, the effect of pH, separ ation of 
metal ions, action of ion exchange resins, 
applications. 
(iv) High-performance liquid 
chromatography (HPLC) 
Principles, the stationary phase, the 
stationary (liquid) phase, carrier gas  
 (v) Gas chromatography 
Principles, the stationary phase, carrier gas  
 
 
 
 
Section G: Polymer Chemistry 
 
Assessment Targets: 
The candidate will be able to....... 
Contents Marks 
 Define the polymers and classify the 
polymers. 
 Differentiate between inorganic 
polymers and organic polymers. 
 Classify the inorganic polymers. 
 Explain the chemical properties and uses 
of inorganic polymers. 
  Analyze the bonding and structure of 
1. Inorganic polymers  
A general survey of Inorganic Polymers, 
the concept of inorganic polymers as 
distinct to organic polymers, 
classification of inorganic 
 Polymers, the study of some typical 
inorganic Polymeric Systems. 
 (i) Silicone Polymers (ii) Silicates 
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