How Do Fluids Exert Pressure On A Container

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A liquid exert pressure on the wall due to collision of liquid particle which leads to transfer of energy. State whether the given statement is true or false. Under static condition (i. e. , no external force acting on the liquid) the liquid exerts force on the wall perpendicular to the surface area. The amount of how much force molecules exert on a unit area is what we call pressure.

The pressure exerted by a gas is due to the random motion of particles in the gas. Gases have weak intermolecular forces and the particles are in continuous random motion and these particles collide with the walls of the container. These collisions with the walls of the container exert pressure on the gas. If i have a solid rigid body (let us call it a duck) in a static regime submitted to the forces of pressure p of a fluid (no shear forces) i can easily calculate the total force f exerted on the duck, as f=−∫pds, where ds=n^ds, ds is the differential of surface, pointing no. A static fluid will exert hydrostatic pressure on its container. Hydrostatic pressure is equal to the density ρ Of the fluid multiplied by gravity g and the depth h:p = ρ How do liquids and gases exert pressure? Gases have weak intermolecular forces and the particles in continuous random motion and these particles collide with the walls of the container.