Pressure is defined as the force acting per unit area.
Force is the weight of the liquid. Weight = mass of the liquid x acceleration due to gravity
Mass is got by the product of the volume and density.
Volume is the product of the base area and height of the liquid.
So pressure = area x hieght of the liquid x density x acceleration due to gravity / area
As area gets cancelled, pressure = h d g
So pressure depends only on the height of the liquid level or depth of the liquid.
Hence independent of the shape.
So the famous sayings: Water would find its own level.
P= Patm=hpgP= PressurePatm= Atmospheric pressureh= Depthp= Density of liquidg= Gravitational Field Strength
Yes, pressure in the liquid caused by its molecules constantly being in motion force it to take on the shape of its container (within limits).
No Liquid does not have a distinctive shape, but it takes the shape of the container it is placed in.
Of the three classic phases or states (solid, liquid, gas), gases do not have a defined shape or volume, which is determined by the shape and volume of their containers. A sample will have a defined mass, and the volume into which that mass is confined determines the pressure of the gas.
The shape of a volatile liquid, or any other liquid, will be that of a fixed volume that takes on the shape of its container.
They demonstrate that pressure exerted by a liquid depends on the depth of the liquid. The shape of the container is not a factor.
P= Patm=hpgP= PressurePatm= Atmospheric pressureh= Depthp= Density of liquidg= Gravitational Field Strength
gas has no definite shape or volume. pressure is the force exerted over a unit of area. gases cause pressure by the particles colliding with the walls of the container.
Liquid, take shape of container in which they are kept.
Yes, pressure in the liquid caused by its molecules constantly being in motion force it to take on the shape of its container (within limits).
Depending on the experiment, the shape of the glass, its thickness, the amount of liquid in it.
water has a definite volume, but not a shape. The amount of pressure exerted on the water must be displaced around the container, causing a pressure to build up, as water and other liquids cannot be compacted like gases.
water has a definite volume, but not a shape. The amount of pressure exerted on the water must be displaced around the container, causing a pressure to build up, as water and other liquids cannot be compacted like gases.
A fixed quantity of liquid at a fixed temperature and pressure.
In 1843-- steam raised the hammer, but the weight of the hammer was the only pressure used to shape the metal. By 1888, a double-acting hammer used steam to supplement the pressure exerted by the falling hammer.
kadali
Generally speaking, a solid's shape and volume are independent of the container it is placed in. So for sand, you have to think of a grain. A liquid has a definite volume, but it's shape changes with the container it is put in. Gas has a mass but its volume and shape are container specific.