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:213006 (NEW SCHEME) Reg.No: ……………………..
Second Year B.Pharm Degree Supplementary Examinations
December 2017
PHARMACEUTICS II
(2012 Scheme)
Time: 3 Hours Total Marks: 100
Answer all Questions.
Write equations wherever necessary.
Essay (3x10=30)
1. Enumerate the various physical and chemical stability problems in pharmaceutical
dosage forms and the methods to overcome the same
2. Explain the theories of emulsification
3. Explain Newtonian and non-Newtonian systems and explain one method to
determine the viscosity of non-Newtonian systems.
Short notes (14x5=70)
4. Zeta potential
5. HLB classification
6. Ficks laws of diffusion.
7. Adsorption method in determining surface area of powders
8. Types of colloids
9. Applications of complexes in pharmacy
10. Spreading coefficient.
11. Methods to determine order of reactions.
12. Selection of emulsifying agents
13. I.P. dissolution apparatus.
14. Stability problems of emulsion
15. Factors affecting dissolution
16. Stability in colloidal systems.
17. Coulter counter
Second Year B.Pharm Degree Supplementary Examinations
December 2017
PHARMACEUTICS II
(2012 Scheme)
Time: 3 Hours Total Marks: 100
Answer all Questions.
Write equations wherever necessary.
Essay (3x10=30)
1. Enumerate the various physical and chemical stability problems in pharmaceutical
dosage forms and the methods to overcome the same
2. Explain the theories of emulsification
3. Explain Newtonian and non-Newtonian systems and explain one method to
determine the viscosity of non-Newtonian systems.
Short notes (14x5=70)
4. Zeta potential
5. HLB classification
6. Ficks laws of diffusion.
7. Adsorption method in determining surface area of powders
8. Types of colloids
9. Applications of complexes in pharmacy
10. Spreading coefficient.
11. Methods to determine order of reactions.
12. Selection of emulsifying agents
13. I.P. dissolution apparatus.
14. Stability problems of emulsion
15. Factors affecting dissolution
16. Stability in colloidal systems.
17. Coulter counter
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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