in some sense yep , coz gas molecules are always moving around on the other hand solid moleculs are the opposite
Any liquid exerts equal pressure in all directions.
downwards
Force exerts pressure. For example: At the surface of the Earth the column of air in the atmosphere above an area has a mass that exerts a force (due to gravity) on that surface area.
devin in it
If you've ever blown a bubble, blown up a balloon, or aired up a tire, it's pretty easy to see, that air is in fact, exerting pressure in all directions.Additional answerIf air (or any liquid or gas) didn't exert pressure in all directions, the bit where it did not exert so much pressure would be pushed against by the air next to it and it would shrink, which would cause its pressure to rise to match that of the bit that was pushing against it - if you follow that!. So an equilibrium would be established. There's no way, if you think about it, how air could not press in all directions without the system being unstable and correcting itself.
A gas.
Any liquid exerts equal pressure in all directions.
downwards
average kinetic energy means the pressure that it exerts on the walls of the container if it is contained in it .
UnevenEach plate has several boundaries and exerts pressure in all directions, and the movement is rarely close to uniform.
Force exerts pressure. For example: At the surface of the Earth the column of air in the atmosphere above an area has a mass that exerts a force (due to gravity) on that surface area.
All directions, just like water when you are diving. That is why chocolate-covered cream cakes (and a lot of other stuff) stay together at atmospheric air pressures, but will explode in vacuum, or why water will boil at lower temperatures on high mountains.
UnevenEach plate has several boundaries and exerts pressure in all directions, and the movement is rarely close to uniform.
The pressure that a fluid exerts depends on the density and the depth of the fluid.
-- Pressure -- Wind
Because the pressure can be measured with a barometer.
weight