5 PSI on a very small portion of your body ( 1 inch by 1 inch) would just feel like 5 pounds of weight in that area. if your were COMPLETELY covered in 5 PSI over pressure, you would instantly be crushed. in other words, death.
Argon is a Gas like air, probably wouldnt feel it unless it was moving & that would be pressure and friction.
If the human body was hollow and contained a vacuum, we would then feel the air pressure. However, our lungs contain air, so the internal pressure is the same as the external pressure. Air pressure is perfectly balanced everywhere it is in contact with us, and all of our internal fluids, blood, lymph, etc., are under pressure, and balance the pressure that the air exerts. If a human being were to be exposed to the vacuum of outer space, our pressurized internal fluids would explode. We can only feel a difference in pressure, we do not feel perfectly balanced pressures, within and without.
isk
You do feel the weight of air pressing on you, but since our bodies are accustomed to this pressure from the atmosphere, we don't consciously perceive it. The air pressure inside our bodies balances the external pressure, resulting in a neutral sensation.
A soda can may feel squishy because the air pressure inside the can is lower than the air pressure outside, causing the can to collapse slightly.
Yes. The higher you go the lower the pressure is and the lower you go the higher the pressure is. That's why your ears feel like popping in a plane or in a vally and things like that.
Although water pressure is constant, when other pressure is put on it, air for instance it will be forced through an open. this is much like an aerosol or propellant filled can that forces product out of the container.
Cold temperature causes the air within a ball to contract, leading to a decrease in air pressure. This reduction in pressure can make the ball feel less inflated and less bouncy. It is important to monitor and adjust the air pressure in balls when exposed to cold temperatures to maintain optimal performance.
Winds are blowing due to differences in air pressure between high and low pressure systems. As air moves from areas of high pressure to low pressure, it creates wind. This process is influenced by factors like temperature, Earth's rotation, and the topography of the land.
We don't feel the weight of air on our heads because air pressure is exerted uniformly in all directions, including upwards and downwards. This means that the pressure pushing down on us from the atmosphere is balanced by the pressure exerted by our bodies and the air inside us. Additionally, our bodies are adapted to this constant pressure, making it imperceptible in our daily experience.
Ultimately - the Sun. The sun warms the atmosphere facing towards it. This reduces the air pressure, and cooler air moves in to equalise the pressure. This creates what we feel as wind.
The air inside the tire heats up, building the pressure. The pressure is exerted on the walls of the tire, making it feel harder.