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Charles y los Gases Ideales

Quiz

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Prueba sobre la Ley de Charles

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Charles y los Gases Ideales
 

Charles y los Gases IdealesOnline version

Prueba sobre la Ley de Charles

by Samuel Guerrero Vanegas Guerrero Vanegas
1

Qué establece la Ley de Charles para un gas ideal a presión constante?

2

En una muestra de gas ideal a P constante, si la temperatura aumenta, ¿qué pasa con el volumen?

3

¿Qué unidad debe utilizarse para la temperatura al aplicar Charles?

4

Si un globo se calienta y su volumen aumenta, ¿qué permanece constante?

5

Un gas a 300 K duplica su temperatura a 600 K. ¿Qué sucede con el volumen a P constante?

6

Qué condición debe mantenerse para aplicar la Ley de Charles?

7

Si la temperatura se reduce a la mitad (en K) manteniendo P constante, ¿qué pasa con el volumen?

8

Qué afirma la Ley de Charles en términos de mols y presión?

9

En una situación real, ¿qué factor puede desviar el comportamiento de Charles de un gas real a un gas ideal?

10

¿Qué ocurre si mantienes T constante y aumentas n en un gas ideal a presión constante?

Explicación

En P constante, V ∝ T (K). Si T sube, V sube; si baja, V baja.

Aumento de T a presión constante aumenta V.

Charles requiere T en Kelvin para mantener V ∝ T.

Bajo Charles, a P constante, V cambia con T; n y P constantes.

V ∝ T, así que V se duplica cuando T se duplica.

Charles se aplica cuando P es constante.

Como T ↓ a la mitad, V ↓ a la mitad si P constante.

Con P y n constantes, V ∝ T en Kelvin.

A temperaturas bajas o presiones altas, gases reales se desvían.

Con P constante, V depende de n y T; al aumentar n, V debe subir.

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