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The thin red line around the sun during an eclipse is called a chromosphere.
Photosphere is what we see most of the time, but you can also see the Chromosphere during a solar eclipse.
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.
During a solar eclipse, the shadow of the MOON falls on the EARTH.
If you can see the solar eclipse, then you are in the Moon's shadow.
during a full solar eclipse
During a solar eclipse.
The thin red line around the sun during an eclipse is called a chromosphere.
chromosphere
You can see the corona and chromosphere.
Photosphere is what we see most of the time, but you can also see the Chromosphere during a solar eclipse.
At a total solar eclipse.
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.
Yes. Though the photosphere is closer to the center of the sun and photosphere temperature = around 4000 K to 6400 K and chromosphere temperature = about 4500 K to as high as 20,000 K
the chromosphere glows because of the release of hot, low density gases that are emitted from the sun. Normally, it can't be seen by the naked eye due to light from the photosphere blocking it. During a solar eclipse, the chromosphere is visible, appearing as a red ring around the Sun.
It would during a solar eclipse, but probably not during a lunar eclipse.
The corona is the outermost layer, it's what is seen during a total solar eclipse. There is also the Photosphere, Chromosphere, and multiple layers within the core.