why pressure inside a liquid in different shaped vessels at same height same thought they are of different volumes and shapes?
Yes.. Thats right..answer me pleasercgldr said:He's asking why pressure increases with depth in the same manner regardless of the space of the container.
Why should it be different?future Einstein said:why pressure inside a liquid in different shaped vessels at same height same thought they are of different volumes and shapes?
The pressure inside a liquid increases with depth because the weight of the liquid above exerts a force on the liquid at lower depths. This force, also known as hydrostatic pressure, is caused by the gravitational pull of the Earth.
The shape of a vessel does not affect the pressure inside a liquid. The pressure at any given point within a liquid is determined only by the depth and density of the liquid above it, not the shape of the container.
The pressure increases more rapidly in a narrow vessel because the same amount of liquid is confined to a smaller area, resulting in a higher force per unit area. This means that the pressure increases more quickly with depth in a narrow vessel compared to a wide vessel.
Temperature does not have a direct effect on the pressure inside a liquid in different shaped vessels. However, changes in temperature can lead to changes in the density of the liquid, which in turn can affect the pressure at a given depth within the liquid.
The pressure at the bottom of a container filled with a liquid stays constant because the weight of the liquid above exerts a constant force on the bottom of the container. As long as the depth and density of the liquid remain constant, the pressure at the bottom will also remain constant.