Solar Energy and the Atmosphere

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By Meghan Burton Period 3 June 12, 2006
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Presentation transcript:

Solar Energy and the Atmosphere Chapter 19.2

The Atmosphere and Solar Radiation The upper atmosphere absorbs almost all radiation with short wave lengths Most of the solar rays that reached the lower atmosphere have longer wave lengths Only small amounts of visible light waves are absorbed

The Atmosphere and Solar Radiation

The Atmosphere and Solar Radiation Scattering- occurs when particles and gas molecules in the reflect and bend the solar rays Scattering is what makes the sky appear blue and the sun appear red at sunset The amount of energy that is absorbed or reflected depends on characteristics of what the radiation falls on 30% is either reflected or scattered

The Greenhouse Effects Earth’s atmosphere reduces the escape of energy that radiates from Earth’s surface Human activity and natural causes change that balance of energy entering and escaping our atmosphere -the amount of carbon dioxide in the atmosphere has increased

Variations in Temperature Earth’s surface absorbs energy for a while, enough heat needs to be absorbed to change the temperature of the atmosphere Temperature of the atmosphere in any region on Earth’s surface depends on latitude, surface features and the time of year and day

Latitude and Season When sunlight hits Earth’s surface at an angle less than 90° energy is spread out over a larger area Energy that reaches the equator is more intense than the energy that reaches the poles