Describe global unequal heating patterns of Earth. Describe the atmospheric currents and explain how the heating and rotation of the Earth causes them. Describe the major ocean currents and explain how the heating and rotation of the Earth causes them. Explain how atmospheric circulation produces climate patterns. Explain how oceanic circulation produces climate patterns. Explain how thermal energy transfer affects climate. Describe the relationships between components of the system. (Components include differences in the distribution of solar energy and temperature change; motion of ocean waters and air masses (matter); factors affecting the motion of wind and currents; thermal energy transfer). Describe and differentiate among major climate types (biomes). 5 sentences make you look like a 10-year-old did it
The Earth has unequal heating patterns because the sun's rays hit the equator more directly than the poles. This causes warm air to rise at the equator and cool air to sink at the poles, creating atmospheric currents. The Earth's rotation also causes the Coriolis effect, which deflects the direction of these currents. Ocean currents are also caused by the uneven heating of the Earth, with warm currents moving away from the equator and cold currents moving towards it. The interaction of atmospheric and oceanic currents creates climate patterns, which determine the type of biome in a region. These climate patterns are influenced by the transfer of thermal energy between the Earth's surface and the atmosphere, as well as the motion of air masses and ocean waters.
