no
Because in a full eclipse the moon is close enough to the earth to block all the sun's disk and the light of this disk does not visually hide the corona. In an annular eclipse the moon is farther from the earth and not all of the sun's disk is blocked so there is enough light escaping around the block to hide the corona. .
The corona.
I'm not exactly sure what you are asking but the sun is visible everyday! Just look up. During a Total Solar eclipse however the outer atmosphere of the sun known as the corona is visible. This is the only time that it can been seen (with the naked eye) from earth.
No, solar neutrinos observed on Earth primarily originate from nuclear fusion processes occurring in the core of the Sun, not from the hot spots in the corona. These neutrinos are produced when hydrogen nuclei fuse to form helium, releasing energy in the form of neutrinos that escape the Sun's dense core and travel through space. While the corona does emit various forms of radiation, it is not a significant source of neutrinos.
A 'corona' is a general term for light surrounding a brightly shining object. It can also mean part of the Solar atmosphere, vissible onloy during solar eclipses. Earthshine is the sunshine reflected from earth onto the Moon.
Earth is bigger than the moon, but that has absolutely nothing to do with the sun's corona.
Because the sun, Earth, and the moon line up in a strait path with the Earth in between. The corona is the earth's shadow on the moon.
The part of the sun that can be compared to Earth's atmosphere is the corona. The corona is the outermost layer of the sun's atmosphere, characterized by its low density and high temperature, similar to how Earth's atmosphere extends into space and has varying temperatures at different altitudes. Both the corona and Earth's atmosphere interact with solar and cosmic radiation, influencing space weather and conditions on Earth.
Past Earth's orbit
From Earth, the Photosphere is the part visible on the Sun, though the Corona is the top layer of the Sun. We cannot see the Corona because the Photosphere is so bright.
During a solar eclipse.
the corona affects the earth the most
Photosphere, chromosphere, and corona
Because the Sun's photosphere is so much brighter in visible light (most of the light the Sun's corona emits is ultraviolet). It is necessary to block the light from the Sun's photosphere to see the Sun's corona.
Because in a full eclipse the moon is close enough to the earth to block all the sun's disk and the light of this disk does not visually hide the corona. In an annular eclipse the moon is farther from the earth and not all of the sun's disk is blocked so there is enough light escaping around the block to hide the corona. .
The Aurora.
The Aurora.