Does Pressure Force Change with Container Volume in Water Filled Containers?

[Azeri]

I've got a "dilemma" here about Pressure Force:
" Containers with different volumes but with the same areas at the bottom are filled with water of equal mass. Will the Pressure Force vary according to containers?"

First of all I guess Pressure Force must be equal to the Weight [W] of water which is same for all containers W=mg=F , but on the other hand F=PxS=dghS=dgV (P-pressure, S-area at the bottom, d-density of liquid , V-volume of container) and it varies due to the volume of container.

Thanks...

 

[Doc Al]

pressure depends on depth

The pressure at the bottom of the container depends only the depth (h) below the surface of the water (ignoring atmospheric pressure): $P = \rho g h$. So what matters is the height of the water in each container. Does the water reach the same height in each container?

(The question is a bit ambiguous, since no mention is made of the shape of the containers.)

 

[Azeri]

The problem asks about Pressure Force (not Pressure) which causes pressure P=F/S S-Area

 

[FredGarvin]

" Containers with different volumes but with the same areas at the bottom are filled with water of equal mass.

Since the areas of the bottoms are equal, the only thing that can vary the pressure at the bottom of the containers is the height the liquid rises in each container as Doc Al already said. The height that the level rises will be dependent on the containers' geometries.

BTW..."Pressure force" is a horrible term to use. You're either interested in the pressure or the force applied.

 

[Azeri]

I'm interested in Force applied.