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Ley de Raoult y Henry, energía de Gibbs y Helmholtz

Froggy Jumps

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Termodinámica

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Mexico

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Ley de Raoult y Henry, energía de Gibbs y Helmholtz
 

Froggy Jumps

Ley de Raoult y Henry, energía de Gibbs y HelmholtzOnline version

Termodinámica

by Joselin
1

¿Qué es la ley de Raoult para una solución ideal?

2

¿Para qué tipo de solutos es más aplicable la Ley de Henry?

3

¿Bajo qué condiciones la variación de la Energía Libre de Gibbs (ΔG) ?

4

¿Qué representa la Energía Libre de Helmholtz (A)?

5

Si un proceso químico presenta un ΔG negativo (ΔG < 0), el proceso es:

6

¿Cuál es la principal diferencia entre la Ley de Raoult y la Ley de Henry?

7

Matemáticamente, ¿cómo se define la Energía de Gibbs (G)?

8

¿Qué ocurre con la energía libre de Helmholtz (A) en un sistema cerrado en equilibrio a volumen y temperatura constantes?

9

Una solución real se comporta siguiendo la Ley de Raoult cuando

10

La relación matemática fundamental para la Energía de Helmholtz es:

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