Exam Details
Subject | pharmaceutics ii | |
Paper | ||
Exam / Course | b. pharmacy | |
Department | ||
Organization | kerala university of health sciences | |
Position | ||
Exam Date | December, 2017 | |
City, State | kerala, thrissur |
Question Paper
QP CODE: 203006 (OLD SCHEME) Reg. No: ……………………..
Second Year B.Pharm Degree Supplementary Examinations
December 2017
PHARMACEUTICS II
(2010 SCHEME)
Time: 3 Hours Total Marks: 100
Answer all Questions.
Write equations wherever necessary.
Essay (3x10=30)
1. What is surface tension. Describe any two methods for determination of surface
tension.
2. Explain different types of non Newtonian systems and describe the falling sphere
viscometer for the determination of viscosity
3. What is spreading coefficient and describe in detail the work of adhesion and work of
cohesion in determining the same. Explain the HLB system for classification of
surfactants.
Short notes (14x5=70)
4. Ficks laws of diffusion.
5. Different factors affecting dissolution
6. Significance of drug complexation.
7. Sedimentation parameters.
8. Particle size determination by optical microscopy
9. Optical properties of colloids.
10. Half-life and equation for first order reactions.
11. Methods for determination of orders of reactions.
12. Coulter counter.
13. Thixotropic coefficient.
14. Desirable properties of suspension
15. Wetting agents in pharmacy.
16. Derived properties of powders
17. Emulsifying agents.
Second Year B.Pharm Degree Supplementary Examinations
December 2017
PHARMACEUTICS II
(2010 SCHEME)
Time: 3 Hours Total Marks: 100
Answer all Questions.
Write equations wherever necessary.
Essay (3x10=30)
1. What is surface tension. Describe any two methods for determination of surface
tension.
2. Explain different types of non Newtonian systems and describe the falling sphere
viscometer for the determination of viscosity
3. What is spreading coefficient and describe in detail the work of adhesion and work of
cohesion in determining the same. Explain the HLB system for classification of
surfactants.
Short notes (14x5=70)
4. Ficks laws of diffusion.
5. Different factors affecting dissolution
6. Significance of drug complexation.
7. Sedimentation parameters.
8. Particle size determination by optical microscopy
9. Optical properties of colloids.
10. Half-life and equation for first order reactions.
11. Methods for determination of orders of reactions.
12. Coulter counter.
13. Thixotropic coefficient.
14. Desirable properties of suspension
15. Wetting agents in pharmacy.
16. Derived properties of powders
17. Emulsifying agents.
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