Exam Details
Subject | pharmaceutical analysis - ii | |
Paper | ||
Exam / Course | b. pharmacy | |
Department | ||
Organization | kerala university of health sciences | |
Position | ||
Exam Date | May, 2018 | |
City, State | kerala, thrissur |
Question Paper
QP CODE: 402006 (old scheme) Reg.No: ……………………..
Final Year B.Pharm Degree Supplementary Examinations May 2018
Pharmaceutical Analysis II
(2010 scheme)
Time: 3 Hours Total Marks: 100
Answer all Questions.
Draw diagrams and equations wherever necessary.
Essays (3x10=30)
1. Explain the theory involved in NMR spectroscopy and mention its pharmaceutical
applications
2. Explain the construction and working of UV spectrometer. Explain with examples
auxochromes and chromophores.
3. What are the types of electrodes used in potentiometric titrations. Explain the
construction and working of any two electrodes used in potentiometry
Short notes (14x5=70)
4. Applications of amperometric titrations
5. Applications of electrophoresis
6. Types of conductometric titrations
7. Quality audit
8. Qualitative and quantitative applications of TLC
9. Principle behind X-Ray diffraction
10. Application of thermal analysis
11. Working principle of the instrument used in nephelometry
12. Theory of polarographic analysis
13. Theory behind fluorimetry
14. Principle involved in gel filtration
15. Various carrier gases used in gas chromatography
16. Preparation of columns in column chromatography
17. Principle involved in mass spectroscopy
Final Year B.Pharm Degree Supplementary Examinations May 2018
Pharmaceutical Analysis II
(2010 scheme)
Time: 3 Hours Total Marks: 100
Answer all Questions.
Draw diagrams and equations wherever necessary.
Essays (3x10=30)
1. Explain the theory involved in NMR spectroscopy and mention its pharmaceutical
applications
2. Explain the construction and working of UV spectrometer. Explain with examples
auxochromes and chromophores.
3. What are the types of electrodes used in potentiometric titrations. Explain the
construction and working of any two electrodes used in potentiometry
Short notes (14x5=70)
4. Applications of amperometric titrations
5. Applications of electrophoresis
6. Types of conductometric titrations
7. Quality audit
8. Qualitative and quantitative applications of TLC
9. Principle behind X-Ray diffraction
10. Application of thermal analysis
11. Working principle of the instrument used in nephelometry
12. Theory of polarographic analysis
13. Theory behind fluorimetry
14. Principle involved in gel filtration
15. Various carrier gases used in gas chromatography
16. Preparation of columns in column chromatography
17. Principle involved in mass spectroscopy
Other Question Papers
Subjects
- applied biochemistry & molecular biology
- clinical pharmacy
- human anatomy and physiology
- mathematics biostatistics & computer applications
- pathophysiology & health education
- pathophysiology health education & community pharmacy
- pharmaceutical analysis
- pharmaceutical analysis - ii
- pharmaceutical chemistry
- pharmaceutical chemistry – i
- pharmaceutical chemistry – ii
- pharmaceutical chemistry – v (medicinal chemistry)
- pharmaceutical chemistry iii (advanced organic chemistry)
- pharmaceutical chemistry iv (chemistry of natural products)
- pharmaceutical chemistry(medicinal chemistry)
- pharmaceutical industrial management
- pharmaceutical jurisprudence
- pharmaceutical management
- pharmaceutical technology
- pharmaceutics
- pharmaceutics - (formulative & industrial pharmacy)
- pharmaceutics - v (biopharmaceutics and pharmacokinetics)
- pharmaceutics - vi ( formulative & industrial pharmacy)
- pharmaceutics –i
- pharmaceutics ii
- pharmaceutics iii (pharmaceutical microbiology and biotechnology)
- pharmaceutics iii(pharmaceutical technology)
- pharmaceutics iv (biopharmaceutics and pharmacokinetics)
- pharmaceutics iv pharmaceutical microbiology and biotechnology)
- pharmacognosy
- pharmacognosy - iii
- pharmacognosy – i
- pharmacognosy – ii
- pharmacognosy – iii
- pharmacology
- pharmacology - ii
- pharmacology i
- pharmacy practice