Master of Science II (Industrial Chemistry) Examination:
Oct Nov 2016 Semester III Old CGPA)
SLR No. Day
Date Time Subject Name Paper
No. Seat No.
SLR SD
197
Wednesday
23/11/2016
02.30 PM
to
05.00 PM
Advanced Topics in
Industrial Chemistry- I
C
XII
Instructions: Answer any five questions.
All questions carry equal marks.
Section-I is compulsory.
Attempt any two questions from Section II
Attempt any two questions from Section III
Answer to all questions should be written in the one answer
book.
Total Marks:70
SECTION I
Q.1 Answer the following: 14
What is meant by calorific value of fuel?
Give basis components of green chemistry approach.
Define cloud point and pour point.
Give the examples of phosphate fertilizers.
Give the chemical structure of methyldopa.
Name the highest ranking coal. Give its approximate calorific value.
What is meant by receptors?
What are antibiotics?
Give the examples of anti-inflammatory drug.
Define ionic liquids.
What is meant by suspension dosage form?
Give the classification of prodrug.
What is meant by excipients in drugs?
What is antipyretic drug?
SECTION II
Q.2 Describe the Kjeldahl's method of the determination of total nitrogen in
fertilizer sample.
07
Describe in details the Orsat apparatus for exhaust gas analysis. 07
Q.3 Explain with suitable example Schnoiger's Oxygen flask method in analysis
of drugs.
07
What is solid dosage forms? Discuss manufacturing process of Tablets. 07
Q.4 What are analgesics drugs? Describe the synthesis of Alprazolam. 07
What is atom economy? Give the principle of Green Chemistry. 07
Page 1 of 2
SECTION III
Q.5 Explain in detail proximate and ultimate analysis of coal. 05
Discuss manufacturing process, properties and applications of Ibuprofen. 05
Describe in brief the analysis of liquid fuel such as aniline point, flash point. 04
Q.6 Explain Route-wise dosage forms. 05
Give the classification of drugs. 05
Explain significance of ED50. 04
Q.7 Write a note on any three of the following: 14
GCV and NCV
K.F. titrator
Protein receptor
Determination of phosphorus by Alkalimetric ammonium molybdophosphate
method