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Gases: Leyes y Bernoulli

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Gases: Leyes y Bernoulli

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Desafío de leyes de gases

Created by

Ana Maria Hernández
Ana Maria Hernández
Mexico

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Gases: Leyes y Bernoulli
 

Gases: Leyes y BernoulliOnline version

Desafío de leyes de gases

by Ana Maria Hernández
1

¿Qué pasa con la presión si se comprime un gas a la mitad de su volumen, manteniendo T y n constantes?

2

Según la Ley de Charles, si la temperatura aumenta y el gas mantiene V y n constantes, ¿qué ocurre con el volumen?

3

Con volumen constante, ¿cómo varía la presión cuando la temperatura aumenta (Ley de Gay-Lussac)?

4

En un flujo de fluido, si la velocidad aumenta, ¿qué pasa con la presión estática? (Bernoulli)

5

Si aumentas el volumen de un gas a temperatura y cantidad constantes, ¿qué sucede con la presión? (Ley de Boyle)

6

¿Qué ecuación relaciona presión, volumen, cantidad de sustancia, temperatura y la constante de los gases?

7

En la Ley de Boyle, si se reduce el volumen de un gas a la mitad manteniendo T y n, ¿qué ocurre con P?

8

¿Qué pasa con P en la Ley de Bernoulli cuando la velocidad aumenta, en un flujo estable?

9

Si n y T son constantes, ¿qué unidad se utiliza para la presión en el Sistema International?

Explicación

Según P1V1=P2V2, si V se reduce a la mitad, P se duplica.

Charles establece V ∝ T a presión y cantidad constantes.

P ∝ T cuando V y n son constantes.

En flujo constante, mayor velocidad implica menor presión estática.

P ∝ 1/V cuando T y n son constantes.

Es la ecuación del gas ideal: PV=nRT.

Con V→V/2, P→2P para constantes.

A mayor velocidad, menor presión estática en Bernoulli.

La unidad SI de presión es el pascal (Pa).

 
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