the more dense the liquid the higher the ______at a particular depth.
Answers
Answer:
The deeper an object is submerged in a liquid, the greater the pressure it will experience. This is because the particles in any part of the liquid are being squashed by the weight of the liquid above them. The greater the depth, the greater the weight of liquid above.
Answer: pressure it will experience
Explanation:
The deeper the object is immersed in the liquid, the greater the pressure will be on it. This is because the particles in any part of the liquid are squeezed by the weight of the liquid above them.
Expression of the pressure at the liquid point is given by the relation P=hρg
where h= the depth of the point from the surface, ρ= is the density of the liquid, and g= the gravitational acceleration.
The pressure in a liquid is therefore proportional to the density of the liquid.
So when the density increases, the pressure at a point in the liquid will increase.
Water pressure increases with depth because the water above weighs down the water below. Pressure can be measured in different ways. Water pressure can be easily calculated using a simple equation involving depth, density, and gravity.
Pressure in liquids
- It's in every direction
- Increases with depth
- It depends on the density of the liquid
- The shape of the container does not matter.
Water, like all things on Earth, is pulled down by gravity. Every body of water has a certain weight, and that weight pushes down on what is below it. Water pressure is the result of the weight of all the water above pushing down on the water below. This is why water pressure increases with depth. Pressure depends only on depth and is the same anywhere at a given depth and in all directions.
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