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Fluidos, Pascal y Arquímedes

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Propiedades y fuerzas hidrostáticas

Created by

KATHERINE MILEYDI CONTRERAS UMANZOR
KATHERINE MILEYDI CONTRERAS UMANZOR
El Salvador

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Fluidos, Pascal y Arquímedes
 

Fluidos, Pascal y ArquímedesOnline version

Propiedades y fuerzas hidrostáticas

by KATHERINE MILEYDI CONTRERAS UMANZOR
1

La presión hidrostática en un líquido aumenta con la profundidad.

2

El principio de Pascal es aplicable solo a gases, no a líquidos.

3

La presión en un punto de un fluido es isotrópica (misma en todas las direcciones) cuando el fluido está en equilibrio.

4

Un objeto sumergido en un fluido no recibe ninguna fuerza vertical si está en equilibrio horizontal.

5

En un fluido en reposo, la presión depende de la densidad del fluido, la gravedad y la profundidad.

6

El empuje de un cuerpo sumergido es igual al peso del fluido desalojado.

7

La densidad de un fluido compresible es constante con la profundidad.

8

El principio de Pascal señala que la presión se transmite por igual en todas direcciones en un fluido confinado.

9

La presión es mayor en la parte superior de un vaso que en la parte inferior.

10

La presión hidrostática no depende de la gravedad.

 
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