The South Pole can be considered a low pressure region. Much like the North Pole, the South Pole is largely affected by a polar vortex featuring an area of low pressure.
High air pressure
because of the gravity of the earth ^^
No.
low pressure
ilknjikn
Global winds also occur because large high- and low-pressure zones alternate from the North Pole to the South Pole about every 30° latitude (north-south location). Both poles have high-pressure air masses (cold, dry, high pressure) and the air above the equator is a low-pressure zone (hot, moist, low pressure). Because high pressure always invades low pressure, the resulting winds-where the high- and low-pressure zones meet-are pretty reliable. They are known as the polar easterlies (at 60° latitude north and south); the westerlies or prevailing winds (at 30° latitude north and south); and the tropical easterlies or trade winds (at the equator, 0° latitude). I hope this helps your question! :)
"Warm air tends to have low pressure. Warm air molecules are more active and thus need more space to move around, thus being less dense." This is true with air aloft. However the surface air. which is the air you feel has the opposite effect. cold air is at a higher pressure than warm air at the surface creating a cycle. This also explains how sea breezes and land breezes form.
Answer this question… What is injected into high pressure air
High Pressure
low pressure
it is because air sinks at the poles
ilknjikn
ilknjikn
ilknjikn
ilknjikn
The North Pole would have a polar air mass - high latitude and polar climate.
The winds from the north pole and the south pole along with the heat from the south and the cold from the north.
The winds from the north pole and the south pole along with the heat from the south and the cold from the north.
The winds from the north pole and the south pole along with the heat from the south and the cold from the north.
Global winds also occur because large high- and low-pressure zones alternate from the North Pole to the South Pole about every 30° latitude (north-south location). Both poles have high-pressure air masses (cold, dry, high pressure) and the air above the equator is a low-pressure zone (hot, moist, low pressure). Because high pressure always invades low pressure, the resulting winds-where the high- and low-pressure zones meet-are pretty reliable. They are known as the polar easterlies (at 60° latitude north and south); the westerlies or prevailing winds (at 30° latitude north and south); and the tropical easterlies or trade winds (at the equator, 0° latitude). I hope this helps your question! :)