Rings or warm-core and cold-core eddies influence the intensity of storm system over the ocean because of how these rings have different measurements and impacts. Cold-core rings have diameters of about 185 mi and, viewed from above, rotate in a counterclockwise direction. While cold-core rings can be more difficult for satellites to track because their originally cool surface waters are warmed by absorption of solar radiation, which can make them almost indistinguishable thermally from surrounding surface waters. On the north side where the warm-core ring, these rings are typically 100 to 200 km (60 to 120 mi) across. These rings enclose warm waters from the Sargasso Sea located to the south and east of the Gulf Stream; hence, they are called warm-core rings. Viewed from above, these warm-core rings rotate in a clockwise direction. Because of the strong contrast in sea-surface temperatures, they are readily detected on infrared satellite images. Warm-core rings are also readily distinguished from the surrounding surface waters by their relatively low levels of biological production.
Answer:
x + 4 + 3x + 2 = 90
4x + 6 = 90
-6 -6
4x = 84
x = 21
Can i have brainlist please
Explanation:
Answer:
Both early protostars and young stars are formed from a clod of gas which collapses under gravity to form a star. Both types of star are mainly Hydrogen and some Helium. They would be 75% Hydrogen, 25% Helium with traces of Lithium. Young stars formed out of the remains of old stars would still be mainly Hydrogen. Another way to say it is Both types of star are mainly Hydrogen and some Helium. Early protostars would have been formed from the gasses that were created soon after the big bang. They would be 75% Hydrogen, 25% Helium with traces of Lithium. Young stars formed out of the remains of old stars would still be mainly Hydrogen.
Answer: Tempeture, air pressure, centripetal acceleration and Earth rotation.
<u>Temperature: </u>Warm air and cold air have different density. As warm air is less dense than cold air, it rides up and over the cold air causing winds.
<u>Air Pressure: </u>At the Earth's surface, wind blows horizontally from high pressure to low pressure areas. Wind is faster in bigger pressure differences.
<u>Centripetal Acceleration:</u> air speed is influenced by centripital acceleration this way, the direction of wind in the center of the circulation is also influenced. Cyclones, for example, are a association of centripital acceleration and air pressure differences.
<u>Earth's Rotation:</u> Wind direction chance can be caused by the rotation of Earth on its axis. The Coriolis effect, easterlies are examples of the influence of the earth’s rotation on Wind.
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