Pharmaceutical Physical Chemistry B.Pharm Question Paper : tmu.ac.in

Name of the College : Teerthanker Mahaveer Medical College & Research Centre
Degree : B.Pharm
Subject Code/Name : BPH201/Pharmaceutical Physical Chemistry
Sem : II
Document Type : Model Question Paper
Website : tmu.ac.in

Download Model/Sample Question Paper :
2008-2009 : https://www.pdfquestion.in/uploads/tmu.ac.in/4641-1-oldquestionBpharm200809.pdf
2009-2010 : https://www.pdfquestion.in/uploads/tmu.ac.in/4641-2-oldquestionBpharm200910.pdf

TMU Pharmaceutical Physical Chemistry Modal Paper

B.Pharm II SEMESTER EXAMINATION 2009-10
Subject Code: BPH201
Paper ID: 0672106

Related : Teerthanker Mahaveer Dental College & Research Centre Pharmaceutical Chemistry-I B.Pharm Question Paper : www.pdfquestion.in/4638.html

June 2009-10

Time: 3 Hours
Max. Marks: 75
Note: Attempt six questions in all. Q. No. 1 is compulsory.
1. Answer any five of the following (limit your answer in 50 words). (3×5=15)
a) Describe Boyle’s Law and Charles Law.
b) Define the term refractive index, surface tension and porachor.
c) What are miller indices. How are they determined?

d) Define internal energy and enthalpy of a system.
e) Describe order of reaction. What is its significance?

f) Define cooling curves and degree of freedom.
g) What is cell constant? How is it determined?
h) Differentiate physical and chemical adsorption.

2. Explain the kinetic theory of gases and also derive the different gas laws. (12)
3. Explain the term viscosity of a liquid. What are Newtonian and Non newtonian liquids? Discuss the effects of temperature and pressure on the viscosity of liquid. (12)

4. Discuss in detail different types of crystals. (12)
a) What do you mean by Joule Thomason effect? (2)
b) Explain the term Joule-Thomson coefficient. Derive the expression for ideal gas. (10)

6. State and explain Hess’s Law of constant heat summation. Discuss the application of this law. (12)
7. Explain the acid base catalysis. Discuss the kinetics of acid-base catalysed reaction. (12)

8. Write note on any two: (6+6)
a) Phase rule
b) Debye Huckel theory of strong electrolytes
c) Langminer theory of adsorption

June 2008-09

B.Pharm II SEMESTER EXAMINATION
Time : 3 Hours
Max. Marks : 75
Note : Attempt six questions in all. Q. No. 1 is compulsory.
1. Answer any five of the following (limit your answer in 50 words). 3×5=15)
a) Explain the surface tension.
b) Describe the first law of thermodynamics.

c) Write short notes on chemical adsorption.
d) Explain the law of electrolysis.
e) Write notes on first and second order reaction.

f) What is degree of freedom?
g) Discuss the degree of Ionization.
h) Write notes on Refractive index.

2. a) Discuss all properties of liquid with example. (8)
b) Explain the theory of Phase Rule? (4)
3. a) Explain crystal diffraction with examples. (6)
b) Write notes on colligative properties. (6)

4. a) Explain the Hess Law of constant summation. (8)
b) Define and elaborate the heat of reaction and heat of solution. (4)
5. Define the Langmuir theory of adsorption in detail. (12)

6. Explain the Debye Huckle theory and Give its measurement. (12)
7. Discuss the Faraday’s Laws of Electrolysis in detail? (12)
8. Write notes on: (6+6)
a) Joule – Thomson’s effect
b) Gibbs adsorption isotherm

May 2009-10

B.Pharm III Semester Examination  :
Subject Code : BPH304
Paper ID : 0673104
Pharmaceutical Organic Chemistry-II :
Time : 3 Hours
Max. Marks : 75
Note : Attempt six questions in all. Q. No. 1 is compulsory.
1. Answer any five of the following (limit your answer in 50 words). (3×5=15)
a) Define cycloaddition reaction.
b) On basis of which two chemical properties Malonic ester is used as a synthetic reagent.

c) Draw structure of Adenine.
d) Define Fischer’s indole synthesis.
e) Define Michael condensation.

f) Define oppneaur oxidation.
g) Classify amino acids with examples.
h) Name any three ,ß-unsaturated carbonyl compounds.

2. Write general methods for synthesis of amino acids with one example in each method. Write various reactions of amino acids due to carboxyl group. (12)
3. Define Bechmann rearrangement and Cannizaro reaction along with their mechanism. (12)
4. Write synthetic applications of Meerwin Pondorff Verley reduction and Oppeneaur oxidation with examples. (12)

5. Write methods of preparation and reactions of Acraldehyde. Write synthetic applications of Acetoacetic ester. (12)
6. Classify proteins with example. Describe various identification tests for proteins. (12)

7. Write definition, mechanism and applications of Mannich reaction. (12)
8. Write methods of preparation and properties of Pyrazole and Indole. (12)