The lowest level of the deepest mine (In South Africa), will have the highest atmospheric pressure.
But because of the forced ventilation and cooling systems needed, the air pressure at the lowest levels of the mine will not represent natural atmospheric pressures. [unless the ventilation systems fail!}
Because it is among the highest places on earth
0,61 Earth AtmosphereThis however is an average, which means there will be places and times where the pressure is higher or lower.The existence of winds implicates regions of higher and lower pressure.Furthermore, there are on Earth pockets of gas underground with higher pressure. The same phenomenon is expectable on Mars.
Due to uneven heating of the earth, the pressure in some places will go down.So,in order to make this up,air from other areas rushes to this place.So, we can feel the movement of air.
There are a few reasons. When you watch the stars at night, you’ve seen how they twinkle. This is because of atmospheric distortion, and that really hampers the ability of telescopes on Earth to get clear images. Since the Hubble is above the atmosphere, it isn’t affected by atmospheric distortion - for Hubble, the stars don’t twinkle. Another reason is that Hubble doesn’t have to contend with light pollution. Telescopes are places in areas where they sky is affected as little as possible by light, but there’s always some light. Another is that Hubble can take very long exposures. Telescopes on Earth are limited to observations at night, but Hubble can take very long exposures, and can observe an object indefinitely.
they go places, and take items places. a Rocket is the interplantary equivilent to a car.
Atmospheric pressure creates winds. Air moves to places with low pressure from places with high pressure. When air moves it creates wind.
Isobar (meteorology), a line connecting points of equal atmospheric pressure..
Isobars are a point or line drawn on map that connects the places of constant pressure e.g, atmospheric pressure or sea level.
No, an isobar line connects places that have the same atmospheric pressure. Isotherm lines, on the other hand, connect places with the same air temperature.
The reason for temperature being lower in high altitude regions (as compared to places at sea-level) is due to the decrease in atmospheric pressure as we go up in altitude. So decrease in atmospheric pressure causes the temperature to decrease, which might be a reason for the decreased pressure at night. --- Diurnal temperature fluctuations vary by location, but follow a twice-daily cycle of general rise and fall, corresponding to the "atmospheric tide" induced by the eastward rotation of the planet.
The higher you go, the lesser the air pressure becomes. This can be logically understood. Atmospheric air pressure is caused by the weight of the air above it. At greater heights, the amount of air above you is less, so there is less weight pressing on the air you are in. This is the reason why the atmospheric pressure is higher at the sea-levels and lower at mountains and places of high altitudes.
Atmospheric pressure is measured by weather stations in many areas, using devices called barometers to monitor the changing pressure. Air pressure varies within weather systems and by altitude (elevation).
There are a number of places in the body where the pressures are lower than atmospheric, or negative. For example, 1- When we breathe in (inspire) the pressure in the lungs must be lower than atmospheric pressure. The lung pressure during inspiration is a few centimeters of water negative.
Due to the atmosphere and atmospheric pressure on the planet Earth the viewing of the Electromagnetic spectrum will or can be seen. It will be seen as a blur due to these atmospheric problems, hence the reason Nasa has puts telescopes in space and on high elevated places.
In both places, 20% of the atmosphere is oxygen. However, in Denver the atmospheric pressure is lower, and the partial pressure of oxygen is lower, so less oxygen is available for respiration, and athletic performance there will be diminished.
Atmospheric pressure varies due to elevation (altitude) and because of the motion of air masses over the surface. For altitude differences, the pressure is the result of the surrounding air. Higher pressure is experienced at lower altitudes just as higher pressure is found in greater depths within a body of water. A simple explanation is that the "column of air" above a surface "pushing down" is much shorter if you move higher into the "sea of air." This lower weight is expressed as lower pressure, which represents fewer molecules within a given volume of air. The higher the altitude (eg. mountains) = The lesser the atmospheric pressure The lower the altitude (eg. sea level) = The higher the atmospheric pressure