The atmosphere is primarily responsible for protecting the Earth from harmful solar radiation by absorbing and scattering a majority of it before reaching the surface. The ozone layer within the stratosphere is especially important in filtering out the most damaging ultraviolet (UV) radiation from the sun.
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Above the Earth's surface, we have the atmosphere that consists of different layers and protects us from harmful solar radiation. Below the Earth's surface, there are various layers such as the crust, mantle, and core, each with its own unique characteristics and properties that influence geological processes like earthquakes and volcanic activity.
During the solar eclipse you see the corona and chromosphere of the sun, which are the outermost layers. These layers are very diffuse and their light is normally drowned out by that of the much brighter photosphere. During a total solar eclipse the photosphere is blocked from view, allowing you to see the dimmer layers.
The shield that protects the Earth from energized particles from the sun is the Earth's magnetic field. This magnetic field deflects charged particles from the solar wind, preventing them from directly impacting the atmosphere. Additionally, the Earth's atmosphere provides further protection by absorbing and scattering harmful radiation. Together, these layers help safeguard life on our planet from solar radiation.
Troposphere does not absorb solar radiation. All other layers do not absorb.
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solar radition is the heat and light is called solar radition
Stratosphere and Thermosphere
black because black absorbs heat from the sun. (solar radition)
The occurence of a Solar Elcipse is caused by the relative orbits of the Earth and the Moon around Sun and the Earth respectively. Those orbits are caused by the Gravitational Forces of the Sun, Earth, and Moon. So I would have to say that Gravity is the Fundamental Force responsible for a solar eclipse.
It protects the earths surface from lethal radition.
The atmosphere is heated chiefly by radiation from Earth's surface because the Earth's surface absorbs solar energy and emits it as infrared radiation. This infrared radiation is then trapped by greenhouse gases in the atmosphere, causing the atmosphere to be heated. Direct solar radiation contributes to heating the Earth's surface, which in turn warms the atmosphere through convection and radiation.
Ash in Earth's atmosphere can reflect sunlight back into space, reducing the amount of solar radiation that reaches the surface of the Earth. This can result in a cooling effect on the planet's climate, as less solar energy is absorbed by the Earth's surface. However, ash particles can also absorb and scatter sunlight, leading to local warming in the atmosphere where the ash is concentrated.
Ultraviolet radiation is the solar radiation least absorbed by the layers of the atmosphere before reaching Earth. This is due to the ozone layer, which helps to absorb and block a significant portion of the incoming ultraviolet radiation.
The Corona-sphere and the Photosphere
The troposphere and stratosphere are responsible for the majority of solar radiation absorption in the atmosphere. The troposphere absorbs most of the incoming solar energy through the greenhouse effect, while the stratosphere absorbs ultraviolet radiation from the sun through the ozone layer.
solar cycle is nothing but the different types of energy provided by sun to earth and the cyclic movement of this within the earth atmosphere. As there is variatiuon of temperature in temperature of various layers of atmosphere the drag force varies since it is proportional to the different of the temperature between the two given layers.