Summary
The video explains how the global winds are shaped by the unequal heating of the Earth's surface by the sun, causing high and low-pressure systems. This results in wind patterns moving from the equator towards the poles. The angle of incidence of the sun creates low-pressure at the equator and high-pressure at the poles, influencing these wind circulation patterns. The Coriolis effect further impacts the wind direction, deflecting winds to the right in the northern hemisphere and contributing to the formation of trade winds and other global wind patterns.
Global Winds and Sun Influence
The global winds are influenced by the sun heating the equator more than the poles, creating high and low-pressure systems that lead to wind patterns from equator to poles.
Formation of High and Low Pressure Systems
Explains how the sun's angle of incidence creates low-pressure areas at the equator and high-pressure areas at the poles, leading to wind circulation patterns.
Coriolis Effect and Wind Direction
Discusses how the Coriolis effect causes winds to be deflected to the right in the northern hemisphere, leading to the formation of trade winds and other wind patterns.
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