Thermodynamics of Solution Part 2

[@sohminglun4169]

The highlights for Chapter 4: Thermodynamics of Solutions 1. Gibbs Energy as a Creterion for Chemical Equilibrium - Phases are labeled in alpha and beta - represent vapor, solid and liquid state. 2. Thermodynamics of Mixture - Study of relationship between property of species with properties of mixture. 3. The Gibbs-Duhem Equation - relating partial molar quantities.

[@nurulizziyanbtamranupm7510]

Highlights: 1. Chemical potential 2. Partial molar quantities 3. Gibbs-Duhem Equation

[@sangithabathumaly1564]

3 highlights from Chapter 4: 1. Apply thermodynamics to mixture 2. Partial molar property 3. Gibbs-Duhem equation

[@wongsweetyin5308]

Highlights of this chapter : 1) Gibbs energy as a criterion for chemical equilibrium 2) Partial Molar Quantities 3) Gibbs Duhem Equations

[@limsuminupm5927]

The main highlights in Chapter 4 are: 1) Pure species phase equilibrium (equal values of Gibbs energy for two phases to co-exist in equilibrium) 2) Thermodynamics of mixture (partial molar quantities) 3) Gibbs-Duhem equation (relate partial molar quantities)

[@aishahadlina4159]

Highlights from this chapter: 1. pure species phase equilibrium 2. the gibbs-duhem Equation 3. thermodynamics of mixture

[@leeyongzhen2818]

Highlights of this chapter : 1) Criterion for chemical equilibrium 2) Partial Molar Quantities 3) Gibbs Duhem Equations 4) Clayperon equation and clapeyron-clasius equation

[@izliananizan6483]

3 important highlights from Chapter 4: 1) Pure species phase equilibrium: Gibbs energy as criterion for chemical equilibrium (represent as alpha and beta) 2) Thermodynamics Mixture 3) The Gibbs-Duhem Equation

[@nurlyanaalyabintihisyamula806]

Highlights for chapter 4 - Chemical potential - Gibbs Duhem equation - Molar quantities for solution

[@yeowwenfeng8262]

3 highlights from this chapter : 1) Gibbs energy as criterion for chemical equilibrium 2)Thermodynamics of mixture 3)Gibbs Duhem Equations

[@nurulfarihabintiismailupm5466]

3 highlights from this chapter : 1)Gibbs energy as chemical equilibrium criterion; gi for 2 phases are equal when equlibrium 2)Partial molar quantities constant if composition of mixture constant 3)Gibbs-Duhem equation can be used for the calculation of a partial molar quantity depends to total molar quantity

[@nurnadhirahshaipulizan8888]

3 highlights from this chapter: 1) Pure species phase equilibrium 2) The gibbs-Duhem Equation 3) Thermodynamics of mixture

[@pavitrajayakumar9553]

Highlights (Chapter 4) - Gibbs Duhem Equation - Thermodynamic of Mixture = Partial Molar Quantities - Partial Molar Property - Chemical Potential

[@syasyazulaikhabintizakparu9993]

3 important highlights in Chapter 4: 1) Pure Species Phase Equilibrium: Gibbs Energy as Criterion for Chemical Equilibrium -Can represent as alpha and beta. 2) Thermodynamics Mixture (Partial Molar Quantities). 3) The Gibbs-Duhem Equation

[@sujiayeeupm7785]

Main highlights in Chapter 4: 1) Gibbs Energy as Chemical Equilibrium Criterion 2) Partial Molar Quantities 3) Gibbs-Duhem Equation

[@hengguanweiupm8896]

3 highlights for Chapter 4 1. Gibbs Energy as a Creterion for Chemical Equilibrium (equilibrium achieve when the Gibbs energy is minimum) 2. Partial Molar Quantities for Mixture (most of the solutions do not mix ideally) 3. The Gibbs-Duhem Equation (relating partial molar quantities at constant temp and pressure)

[@krsnaanand9087]

highlights for chap 4 -Gibbs energy as criterion for chemical equilibrium -Thermodynamics of mixture -Gibbs Duhem Equations

[@cheahwanyeeupm2185]

3 highlights in chapter 4: 1) Gibbs energy as criterion for chemical equilibrium 2) Thermodynamics of mixture (Partial Molar Quantities) 3) Gibbs Duhem Equation

[@syamimiamalina8145]

Quick Summary for Chapter 4 1) Gibbs Energy as Chemical Equilibrium Criterion [System's tendency to minimise E and maximise S] - gi alpha > gi beta (i from alpha -> beta | Egibbs system high | phase beta in equilibrium) - gi alpha < gi beta (i from beta -> alpha | Egibbs system low | phase alpha in equilibrium) - gi alpha = gi beta (system is in equilibrium) 2) Partial Molar Quantities [Variation of an extensive property mixture with changes in the molar composition of the mixture at constant temperature and pressure] 3) Gibbs-Duhem Equation [Useful for partial molar quantities calculations]

[@looieanha5551]

3 highlights of this chapter : 1) Gibbs energy as criterion for chemical equilibrium 2)Thermodynamics of mixture 3)Gibbs Duhem Equations

[@ravinishwaranbalasundaram7524]

Main content in chapter 4 1) Gibbs Energy as Criterion for Chemical Equilibrium (alpha & beta) 2) Thermodynamic relation and Partial Molar Quantities 3) Gibss-Duhem Equation ~ used for the calculation of (i) partial molar quantity of a binary mixture from measurements of the composition dependence of the corresponding total molar quantity (ii) the partial molar quantity of a component

[@nurhazirahbtabdulhalimupm3085]

Three important highlights of this chapter : 1. Gibbs energy as criterion for chemical equilibrium. 2. Polar mixture quantities. 3. Total functions and Partial Molar functions : The Gibbs-Duhem equation

[@nurula-tsirahfarhanah3307]

Highlight point from Chapter 4 1) Gibbs Energy as Chemical Equilibrium Criterion 2) Partial Molar Quantities 3) Gibbs-Duhem Equation

[@mirfanka1623]

Highlights: -chemical potential -gibbs-duhem equation -thermodynamics of mixture -pure species phase equilibrium

[@hanaalisa5393]

Three highlights are: 1. Gibbs Energy as criterion for chemical equilibrium 2. Partial molar quantities 3. Gibbs Duhem equation

[@syaddadshahrim2490]

3 major highlights in Ch 4:- 1) Gibbs Energy as Chemical Equilibrium Criterion 2) Partial Molar Quantities (Thermodynamic of Mixture) 3) Gibbs-Duhem Equation

[@shift_am]

1. Gibss Energy as criterion for chemical equlibrium 2. Thermodynamics of mixture 3. Chemical Potential

[@ckl-t4u]

The highlights are: 1. Gibbs Energy as criterion for chemical equilibrium 2. Partial molar quantities 3. Gibbs-Duhem Equation

[@aishahadlina4159]

Highlights from this chapter: 1. pure species phase equilibrium 2. the gibbs-duhem Equation 3. thermodynamics of mixture