Lesson 23 of 40 • 4 upvotes • 15:00mins
Enthalpy of solution and hydrogenation
40 lessons • 9h 37m
Course Structure (in Hindi)
9:30mins
Introduction to Thermodynamics and Types of System (in Hindi)
13:19mins
Intensive and Extensive Properties (in Hindi)
15:00mins
Thermodynamics Process (in Hindi)
15:00mins
Internal Energy and Pressure Volume Work (in Hindi)
15:00mins
Difference between reversible and irreversible process
15:00mins
Work done in isothermal reversible and irreversible expansion of gas
15:00mins
Comparison of work done in isothermal reversible and irreversible comprassion of an ideal gas
14:25mins
First law of thermodynamics
15:00mins
Enthalpy of formation and its application
15:00mins
Concept of heat and heat as a path function
15:00mins
Enthalpy change and relation between qv and qp
13:24mins
Numerical problem based on enthalpy and enthalpy change
13:01mins
Specific and molar heat capacity
15:00mins
Relationship between heat capacity at constant pressure and constant volume
12:37mins
Calculation of poisson ration for different types of gases
15:00mins
Numerical problem based on different types of heat capacity
14:04mins
Measurement of enthalpy change and internal energy change by bomb calorimeter
15:00mins
Comparison between endothermic and exothermic reactions
15:00mins
Enthalpy of combustion and calorific value of a fuel
15:00mins
Numerical problems based on enthalpy of formation
14:11mins
Enthalpy of neutralization, atomization, ionization
15:00mins
Enthalpy of lattice, hydration, solution, hydrogenation
15:00mins
Enthalpy of vapourization, sublimation, fustion, allotropic formation etc.
15:00mins
Hess law of constant heat summation
15:00mins
Numerical problems based on Hess law
15:00mins
Numerical problems based on different types of enthalpy
15:00mins
Numerical problems based on different types of enthalpy
14:28mins
Concept of bond enthalpy
15:00mins
Numerical problems based on bond enthalpy
13:06mins
Concept of entropy and change in entropy
15:00mins
Entropy of phase transition
15:00mins
Spontanity criteria in terms of entropy change
15:00mins
Spontaneity criteria in terms of enthalpy change and entropy change
13:32mins
2nd law of thermodynamics and gibbs free energy
15:00mins
Spantaneity criteria in terms of gibbs energy change
14:24mins
Standard free energy change and standard free energy of formation
13:23mins
Relationship between standard free energy change and equilibrium constant
14:12mins
3rd law of thermodynamics and residual entropy
15:00mins
Calculation of work done by graphical method
15:00mins