The higher you go up the lower the pressure but less air
Actally Saturn does not have an atmosphere at all. Its 7 rings each have there own atmosphere.
a common manometer is a u-tube with a liquid filled about half way in each leg, one end is open to the atmosphere and the other connected to the thing that your measuring the pressure of, as the pressure increases, the liquid in the leg attached to your pressure of interest is forced down, and the pressure in the other leg is pushed up, because you are comparing it to the atmosphere it is a gauge pressure in comparison to the atmosphere =] hope this helps.
The atmosphere pressure on Mars is highest at the bottom of the Hellas Planitia basin, which is a giant impact crater. This region has a higher atmospheric pressure compared to other parts of the planet due to the increased mass of air above it.
A thin atmosphere has low pressure and density, like on Mars, while a thick atmosphere has higher pressure and density, like on Earth. Thick atmospheres can trap heat and support life, while thin atmospheres make it harder for planets to retain heat and protect against harmful radiation.
Like a pressure, but with non-ideality Use as a pressure Fugacity = mole fraction of gas * total pressure Mole fraction of CO2 in atmosphere? 383 ppmv
Actally Saturn does not have an atmosphere at all. Its 7 rings each have there own atmosphere.
No. Air pressure decreases as you move up in the atmosphere. This is because air has mass and weight like everything else, and as you rise up in the atmosphere there is less air above you.
a common manometer is a u-tube with a liquid filled about half way in each leg, one end is open to the atmosphere and the other connected to the thing that your measuring the pressure of, as the pressure increases, the liquid in the leg attached to your pressure of interest is forced down, and the pressure in the other leg is pushed up, because you are comparing it to the atmosphere it is a gauge pressure in comparison to the atmosphere =] hope this helps.
The pressure in the atmosphere and in a liquid both increase with depth. As you go deeper into the atmosphere or the liquid, there are more air or liquid particles above pushing down, which leads to an increase in pressure. This relationship is described by Pascal's principle.
Each liquid has a different boiling point; 101,3 kPa is he standard atmosphere pressure (atm).
Shakespeare creates a unique atmosphere for each one of his plays.
Air molecules are piled up on each other in our atmosphere. The lower the air molecules, the more weight they're under causing more pressure. Higher up the molecules have more space to move around in resulting in lower pressure.
Easy, there will differences in temperature and pressure in each atmosphere. Trosphere stratosphere mesosphere and thermosphere (note Trosphere is spelled wrong)
The atmosphere pressure on Mars is highest at the bottom of the Hellas Planitia basin, which is a giant impact crater. This region has a higher atmospheric pressure compared to other parts of the planet due to the increased mass of air above it.
Pluto has a very thin atmosphere made mostly of nitrogen. Pressure varies as a substantial portion of it periodically freezes.
A thin atmosphere has low pressure and density, like on Mars, while a thick atmosphere has higher pressure and density, like on Earth. Thick atmospheres can trap heat and support life, while thin atmospheres make it harder for planets to retain heat and protect against harmful radiation.
Like a pressure, but with non-ideality Use as a pressure Fugacity = mole fraction of gas * total pressure Mole fraction of CO2 in atmosphere? 383 ppmv