Course

• Solution preparation
• Acid-base titration
• Determination of Hardness in a water sample
• Determination of alkalinity in a water sample
• EMF measurement
• Organic functional group identification
• Determination of Viscosity of organic solvents
• To study the effect of urea on the viscosity of diastase using Ostwald viscometer
• Measurement of heat changes using calorimeter
• Measurement of conductance of a given solution and the factors affecting it.
• Determination of Specific rotation of glucose using polarimeter

LEARNING OBJECTIVE:

Students will get the chance to revise the fundamental concepts like viscosity of liquid, conductivity, heat transfer and specific rotation of glucose.

COURSE OUTCOMES:

After completing the course, students shall be able to

CO1: Identify different types of hardness, alkalinity, and its estimation based on complexometric titration.

CO2: Recognize various organic functional groups.

CO3: Summarize the viscosity and specific rotation of glucose employing viscometer and polarimeter.

CO4: Operate calorimeter and conductivity meter

• Advanced practical physical chemistry Yadav J.B., Goel Publications (2008).
• James Brierley Firth, Practical physical chemistry
• Quantitative Analysis in Chemistry Vogel, Pearson; 5^th edition (2006).