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The pressure at the same depth at two places in a fluid at rest isthe samedifferent.depend on the volume of the fluid.depend on the mass of the fluid...

Question

The pressure at the same depth at two places in a fluid at rest isthe samedifferent.depend on the volume of the fluid.depend on the mass of the fluid

The pressure at the same depth at two places in a fluid at rest is the same different. depend on the volume of the fluid. depend on the mass of the fluid



Answers

Fluid Pressure Does fluid pressure change with depth?

The force of buoyancy acts on sub much like like so most objects, because the treasure at the top of the object at the upper end of the object will be smaller than the lower end of the object. Now, if the pressure exerted were all the same and did not depend on behind and the pressure on our sites would be equal, which means they were all cancel out, giving no net force on the no no force on the object because of the fluid, which means it waits simply wouldn't change it all, which means it will fall inside Alec Fluid just as it will fall outside in the air.

This question will understand the basic concept of the pressure. The question is the very pressure increases with that in a gas is different from the way it does in a liquid. Why is it so? Right. So the solution is this is because of the inter molecular forces definitely between the molecules of liquid and miracles of the gases. So as we know that the internal calls forces in liquids are greater compared to guesses right? Therefore even the water michael's move up and down. The extent of movement is negligible when we compare it to guesses. Right. So if there is a special difference between the two layers of liquid, the liquid molecules cannot. Uh the moment of the Marcus is very less. But if there is a pressure difference between the layers and I guess the gas molecules can can easily can easily or we can say freely to move to neutralize such effect. Right. Therefore there is a Bhatia generation in layers of liquids but not in guesses right.

So that's a This is a water container, and at the same level you have a second water container and you fill it up to the same level, so pressure at the bottom be is given by if you have atmospheric pressure over here. That pressure with at the bottom of the given by atmospheric pressure plus H rule G and age is considered to be the height off the or a depth of the water. So he, as you can see that this is independent off the vessel size. So the pressure at the bottom off the gun dinner it was be, in both cases.

So here the two pressures air tested independently. We know that the hydrostatic pressure for liquid A would be equal into the industry pressure, plus the density of liquid a multiplied by G times E Z survey were the depth of liquid A. This would be going to the atmospheric pressure plus the density of liquid b g z sabih The atmospheric pressure cancels out, G cancels out and we find that then cease of a is equaling 22 times he subete. Given that the density of liquid B is equaling two x, the density of liquid a equals X and so we can see that then the depth of liquid A would have to be equal to two times the depth of liquid. Be in orderto have the same hydrostatic pressure given that the density of liquid be is twice that of liquid A. So that would be option C. That is the end of the solution. Thank you for watching


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