where on earth does the winds always blow out of the south ?
79563
Exactly at the north pole.  The wind may not blow always, but when it would, it would always be out of the south.
83654
everywhere , where the air is
328694
Well, first off it's probably in the tropics...  ;)\n\nI cut and pasted this part (sorry, feeling lazy):\n\n"In meteorology, a tropical cyclone is a storm system with a closed circulation around a center of low pressure, fueled by the heat released when moist air rises and condenses. The name underscores their origin in the tropics and their cyclonic nature. They are distinguished from other cyclonic storms such as nor'easters and polar lows by the heat mechanism that fuels them, which makes them "warm core" storm systems.\n\nDepending on their strength and location, a tropical cyclone can be called a tropical depression, tropical storm, hurricane, or typhoon, among other names.\n\nTropical cyclones can produce extremely high winds, tornadoes, torrential rain (leading to mudslides and flash floods), and drive storm surge onto coastal areas. Though the effects on populations and ships can be catastrophic, tropical cyclones have been known to relieve drought conditions. They carry heat away from the tropics, an important mechanism of the global atmospheric circulation that maintains equilibrium in the environment." (wikipedia - see below)
185059
Towards the equator, where it doesn't rain too much!  Just kidding.  What exactly do you want to know?
888128
The most common wind-formed deposit is the sand dune, found in deserts and on the shores of oceans and lakes. Dunes are formed by sand accumulating around any object that serves as an obstacle to the wind. As windblown sand is deposited in the lee of such an obstacle, the wind is slowed still more, and the dune continues to grow. Dunes in some localities may reach a height of 200 m (650 ft). When materials finer than sand are carried by the wind and finally dropped to the ground, the deposit that results is known as loess. Thick layers of loess are found in Europe and the Americas, and loess deposits of Asia reach a thickness of several hundred metres. They are the basis for some of the richest agricultural soils of the world.\n\nMicrosoft ® Encarta ® Encyclopedia 2005 © 1993-2004 Microsoft Corporation. All rights reserved.
303292
To check direction of the WIND ?
901542
It is not a place.  It is an atmospheric phenomenon.  It is a periodic weather pattern that results in more severe weathe patterns than normal.  This usually means heavier winds and rains during the season.\n\nIt is NOT an ocean current, although ocean currents are the reason weather patterns persist.\n\nThe pattern is not exactly repetitive, so it cannot be particulary predicted with any accuracy.  While some try, no one can really say that we are in an "El Nino" westher pattern until we are well in one.
1107261
It seems you are confusing the term 'blowing wind' with the idea of breathing. The wind is not 'blown out' from anywhere when it warms, so there is no question of it being sucked back in when cooled.\n\nWind is just the movement of air from areas of higher pressure to areas of lower pressure. When some part of the Earth warms up, it heats the air above it. Warm air expands and rises. It has lower pressure. Cooler air from nearby places has higher pressure, so it comes in to the low pressure area.\n\nSo wind is actually caused by the differences of temperature and pressure in areas near each other. There is no blowing out or sucking in. Its simply a movement of air from one place to another.
115939
The sun always travels from east to west.  No matter where you are or time of year
32844
They have cold waves in southern South America, too. It is warmer at the equator because the sun shines there 12 hours a day, every day. It shines straight down, too, not at an angle. The further you get from the equator, going either way, the more severe the winters.
191477
Hawaii is the most southern state in the US.\n\nIn the continential US, the Southernmost Point in Key West, is the most south.
243804
A semi-permanent area of high pressure, commonly known as the Bermuda High, forms over the Atlantic Ocean during the summer and is the key weather player for most of the eastern USA. The clockwise circulation around the high brings hot, humid wind to the East, especially the Southeast. The main storm track shifts to the north in the summer, so storms are generally too weak to drag cooler air all the way into the Southeast. This often leads to many weeks of hot, humid weather with little or no relief in the Southeast. Ocean waters that are cooler than land cause the Bermuda High to form and maintain its strength during most of the summer.
1175996
There is no place on Earth with calm winds for a long period of time.
975112
If the Sun revolved around the Earth "like the bible says"... the laws of physics would not apply and wind would be the least of our worries... hence why the bible is wrong in most all respects and should not be used as a scientific basis for anything...\n\nWind is also not created by Earth's revolution around the Sun. Wind is the movement of air from high pressure areas to low pressure areas in the atmosphere. These low and high pressure fronts are created by Earth's rotation as well as a host of other factors that have to do with higher concentrations of plant and animal life that both absorb and give off elements of the atmosphere. The Sun heating the atmosphere also plays a critical role in the creation of these fronts.
712129
The general patter of wind now is a three-cell model, with sinking air at 30 degrees lat and rising at 60.\n\nWith no rotation, wind would move straight from the cold, sinking poles to the warm, rising equatorial region, i.e. a one-cell model.
38436
Nowhere.  Wind is caused by changing temperatures and air pressure.  It eventualy stops because of resistance and when the air pressure evens out.  It is then going nowhere which is the answer to your question.
582141
The prevailing winds are formed due to circulations because of the rotating earth.  I assume this is a homework question you're trying to answer... and I have just a webpage (I think) will help you better than me trying to explain it as it uses graphics.  \nBetween 30-60 degrees North, we see the prevailing westerlies, or winds that generally come from a southwest direction.  Closer to the equator exists the trade winds which blow from the northeast.  And toward the poles are the polar easterlies which blow from the northeast.