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Some of the homework help topics include :
- Properties ,States, equilibrium Preface ,Phase rule, phase surfaces, steam tables
First law, energy ,processes, efficiency ,open systems ,processes ,open-system energy balances ,thermodynamic cycles
- Second law, directionality of processes ,entropy ,open and closed systems
ideal gases, mechanical energy balances ,Rankine cycle ,Exergy ,molecular view of entropy
- Intermolecular forces ,Equations of state, van der Waals
Generalized compressibility charts ,Equations of state, mixtures ,Thermodynamic web ,Departure functions
- Conditions for equilibrium, Clapeyron equation ,Mixture properties, partial molar properties
Multicomponent phase equilibria, chemical potential ,Fugacity ,Activity coefficients
- Models for activity coefficients, fugacity of solids ,Phase equilibrium ,Liquid-liquid & solid-liquid equilibrium, colligative properties
Chemical reactions ,(Th) Equilibrium constants ,Calculating chemical reaction equilibrium
- Electrochemical reactions, multiple reactions ,Point defects in solids
Help for complex topics include:
- Intensive and extensive properties,Steam tables,Ideal gas law,Forms of energy : kinetic potential and internal
- Thermochemical data: heat capacity, latent heats,Heats of reaction,Application to process equipment,Joule-thomson expansion and liquefaction
- Determination of partial molar properties, Multicomponent phase equilibria, Fugacity, Fugacity in vapor phase, Fugacity coefficients
- Mixing of ideal gases, Fugacity in liquid phase, Ideal solutions and henry’s law, Acitivity coefficients, Excess gibbs energy, Models for binary activity coefficients: margules
- Van laar, Wilson, Ntrl, Fugacity in solid phase, Vapor-liquid equilibrium, Raoult’s law, Bubble-point and dew-point calculations
- Non-ideal liquids and azeotropes, Applications for flash and distillation process , Activity coefficients from vle data, Solubility of gases in liquids
- Heterogenous reaction, Multiple reactions, Gibbs phase rule, Reaction equilibria via minimization of gibbs energy
- Volumetric properties and heat effects, 2nd law, Flow processes, Phase equilibrium & solution thermodynamics, Equations of state, Principle of corresponding states, Van der waals eos, Cubic eos : redlich-kwong, Peng-robinson, Soave-redlich-kwong,
- Virial eos : beattie-bridgeman, Benedict-webb-rubin, Eos for liquids and solids, Compressibility charts: lee-kesler,
- Maxwell relations and cyclic rules, Departure functions, Joule-thomson expansion and liquefaction
- Phase equilibrium criteria for pure substances, Application: clapeyron equations, Gibbs-duhem equations
- Open and Closed Systems ,Equilibrium and Stability Criteria
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Few Topics are:
- multicomponent systems.
- thermodynamic properties
- ideal and non-ideal mixtures
- criteria for equilibrium
- chemical potential
- fugacity and activity coefficients
- flash calculations
- Gibbs energy minimization
- thermodynamics of chemical reactions