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Sistemas termodinámicos: fronteras y tipos

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Sistemas termodinámicos: fronteras y tipos

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Conceptos clave de sistemas

Created by

Adan Estrada Vaquera
Adan Estrada Vaquera
Mexico

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Sistemas termodinámicos: fronteras y tipos
 

Sistemas termodinámicos: fronteras y tiposOnline version

Conceptos clave de sistemas

by Adan Estrada Vaquera
1

Observa la figura 1: frontera rígida y rígida deformable. ¿Qué caracteriza una frontera rígida real?

2

En la figura 2 se aprecia una frontera flexible entre sistema y entorno. ¿Qué opción describe este caso?

3

Figura 3 muestra una frontera real versus imaginaria. ¿Qué define una frontera imaginaria?

4

Con base en la Figura 4, ¿qué caracteriza un sistema abierto?

5

En la Figura 5, ¿cuál es la diferencia entre sistema cerrado e abierto?

6

Fig. 6 representa un sistema aislado. ¿Qué opción describe mejor este caso?

7

Figura 7: ¿Qué ocurre si la frontera es real y rígida?

8

Observa la Figura 8: un sistema con frontera imaginaria y flexible. ¿Qué destaca?

9

Figura 9 muestra un proceso en un sistema aislado. ¿Qué se conserva?

10

Figura 10: ¿Qué relaciona más con una frontera real y flexible en un sistema abierto?

Explicación

Una frontera rígida no cambia de forma ni volumen ante intercambios.

Frontal flexible: puede deformarse ante intercambios de energía o materia.

Frontera imaginaria es un límite conceptual, no físico.

Sistemas abiertos intercambian materia y energía con el entorno.

Un sistema cerrado permite energía pero impide transferencia de materia.

Sistemas aislados son ideales: sin intercambio de nada.

Frontera real y rígida mantiene volumen/forma constantes ante ciertos intercambios.

Frontera imaginaria + flexible suele usarse en modelos teóricos.

En un aislado, no hay transferencia de energía ni materia con el exterior.

Una frontera real y flexible permite ajustar y permitir intercambio según condiciones.

 
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