a chemist fills a reaction vessel with aluminum hydroxide solid, aluminum aqueous solution, and hydroxide aqueous solution at a temperature of . under these conditions, calculate the reaction free energy for the following chemical reaction: use the thermodynamic information in the aleks data tab. round your answer to the nearest kilojoule.

Respuesta :

the closest kilojoule is 168.12 kJ for G°.

Gibbs Free Energy: What is it?

Gibbs Free Energy, at any moment, is defined as the system's enthalpy less the product of the reaction's entropy and temperature, or:

ΔG° = ΔH° - T.ΔS°

Internal heat that exists in the system is referred to as enthalpy. It is determined by:

H° is equal to H°product - H°reagent.

Enthalpy Formation is used Table:

ΔH°= [3*(-299.9)+(-524.7)] - (-1277) (-1277)

ΔH°= 62,6kJ

The level of disorder in a system is measured by entropy. It's located by:

S = Products - Reagents - S

Calculating:

ΔS°= (-321.7) + 3(-10.8)-0\sΔS°= (-354.1) (-354.1)

J

Therefore, Gibbs Free energy will be as follows: G = H - T.

ΔS°\sΔG° = 62600 - [298.(-354.1)]

ΔG° = 168121.8J

To the closest kJ, please:

ΔG° = 168.12 kJ

To know more about temperature visit:-

https://brainly.com/question/10579174

#SPJ4