11 Lecture Notes

TOPICS COVERED Def of Heat. Specific heat capacity. Heat Capacity. Molar Specific heat capacity. Molar specific heat capacity at constant volume and constant pressure. Numerical problems. Class Notes

TOPICS COVERED Thermal Expansion of Liquids. Real and Apparent coefficient of volume  expansion. Change in density of liquid with rise in temperature. Numerical problem on thermal expansion of liquid. Anomalous expansion of water. Thermal expansion of Gases. Class Notes

TOPICS COVERED Ideal Gas equation and Gas Laws Absolute Zero Temperature. Different scales of Temperature. Conversion from one scale to the other. Numerical Problems on Thermometry. Class Notes

CONTENTS Basic Concept of Work done in thermodynamic processes. Mathematical Formula for work. Numerical problem on Calculation of Work. Work From Indicator Diagram. Numerical problems on work using Indicator Diagram. CLASS NOTES

CONTENTS Derivation of Work done in different thermodynamic processes. Work in Isobaric Process Work in Isochoric Process. Work in Isothermal Process. Numerical problems on work Isothermal Process. Work in Adiabatic Process. Numerical problems on work Adiabatic Process. CLASS NOTES

TOPICS COVERED Thermal expansion. Cause of thermal expansions. Three types of thermal expansion in solids. Coefficients of thermal expansion and relation between them. Thermal stress. Numerical problems on thermal expansion. Class Notes

CONTENTS Indicator diagram for different thermodynamic processes. Calculation of work from indicator diagram: (a) when pressure is constant  (b) when pressure is not constant Work done in cyclic process. Numerical problems on work. CLASS NOTES

CONTENTS Thermodynamic Systems Thermodynamic Variables Thermodynamic Equilibrium Zeroth Law of Thermodynamics. Equation of State Thermodynamic Processes Types of Thermodynamic Processes CLASS NOTES