Answer:
B) The warm, moist Pacific air rises and cools, releasing precipitation as it moves up the windward side of the range, and this cool, now dry air mass heats up as it descends on the leeward side of the range
Explanation:
The air masses that have formed over the Pacific and move toward the western coast of the United States are warm and moist ones. As they reach the coastline they continue into the mainland, but only to come upon a natural barrier, a north-south mountain range. The warm and moist air starts to move up and starts to cool off, and as it does, condensation occurs, thus the windward side of the mountain range gets a lot of precipitation. The cool, but now dry air continuous its movement across the mountain range, and moves down its leeward side. As it moves down on the leeward side it heats up again, so it becomes a warm and dry air mass. This makes the leeward side very dry, so it is no wonder that it is dominated by desert and semi-desert.
Answer:
The global winds are Prevailing winds, Trade winds, Polar winds
Explanation:
The large global system is created by uneven heating of the earth's surface from above and below the surface. The pressure is measured from the sea level. The large scale motion of air along with oceanic circulation is derived from thermal energy induced by the geomorphic agent and the sun's potential energy. Movement of these pressure belts from north to south is in the form of cells that are fundamental to the rotation of the earth's heating and cooling. On the basis of altitudinal variations, various latitudinal winds/ cells are formed like the Hadley, Polar and Ferrel cell. The ITCZ divides these into northern and southern parts. The equator is the origin of hadley cell and tradewinds and in mid latitudes from 30 to 60 degrees comes the Westerlies. And from 60 to 90 degrees the polar cells in northand south. The ITCZ is the region of mixing.
The people in a coastal
location in Florida would most likely to do if there are abnormally high winds
leading to storm surges and dangerous rip currents should evacuate into the
evacuation centers for them to become safer.
