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PG Syllabus

PG Syllabus

PG Syllabus

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2. Verification of Henderson’s equation<br />

3. Determination of diffusion coefficient<br />

4. Determination of zeta potential from electrophoretic mobility<br />

5. Determination of activity coefficient of an electrolyte<br />

6. Determination of hydrolysis of tertiary amyl iodide<br />

7. Determination of energy of activation<br />

8. Determination of dipole moment and verification of additivity of molar refraction<br />

9. Determination of vapour pressure by dew point method<br />

10. Calorimetric study of reaction kinetics<br />

11. Reaction kinetics by turbidity measurements.<br />

Duration of practical examination will be 14 hours in each branch, spread over two days. The marks will be<br />

allocated as follows:<br />

Practical exercises: 110<br />

Viva-Voce: 25<br />

Record: 15<br />

Total 150

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