(a)
Interpretation:
The standard enthalpy for the reaction in which the K value is doubled at the given condition that T is increased by
Concept Introduction:
Gibbs free energy can be used to calculate the maximum amount of reversible work performed by a
Concentration of the solution can also expressed by mole fraction. Mole fraction is equal to moles of the component divided by total moles of the mixture.
Generally, the van’t Hoff equation is used to determine the equilibrium constant value at some temperature with having known equilibrium constant value for some other temperature.
(b)
Interpretation:
The standard enthalpy for the reaction in which the K value is halved at the given condition that T is increased by
Concept Introduction:
Gibbs free energy can be used to calculate the maximum amount of reversible work performed by a thermodynamic system at constant temperature and pressure. Symbol = G, Unit = Joule (J)/mol.
Concentration of the solution can also expressed by mole fraction. Mole fraction is equal to moles of the component divided by total moles of the mixture.
Generally, the Van’t Hoff equation is used to determine the equilibrium constant value at some temperature with having known equilibrium constant value for some other temperature.
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