That depends on whither you are observing a partial or total eclipse... but, if you are lucky enough to observe a total solar eclipse, the answer is none. The entirety of the sun will be obscured from sight. A bright border will surround the moon, but the sun will not be visible at all. If it is only a partial solar eclipse, the portion of the sun that remains visible will vary with the percentage of the eclipse.
The next total solar eclipse is due to happen on Nov. 13th 2012... pack your bags for Australia if you want to see it.
"Oblate spheroid" is the technical term; this is a slightly-squashed ball shape. The Sun is nearly spherical, but its rotation causes it to bulge a little around the equator. The difference isn't really enough to see, but careful measurements do detect it.
Specifically, the corona, though many people don't distinguish it from the photosphere or chromoshpere. There is a good article in the link below that explains it much better.
The Sun's corona is visible, extending hundreds of thousands of miles beyond the surface of the Sun itself, sticking out around the Moon.
The outer most Layer of the Sun's Atmosphere as in the Layer you can see during a Solar Eclipse is called the Corona.
The Corona, or outermost aptmosphereic area of the sun.
You can't see any of the sun in a total eclipse but you can see its atmosphere around it as it travels out to the edge of the solar system.
The photosphere is the coolest layer and is outside the core of the sun. It is the most visible part of the sun and is relatively thin.
All parts of the sun are not vivsible during a total solar eclipse
Close up, it's a sun; from very far away, we call them stars.
The Sun is usually not seen after sunset, which is why it is called sunset. There is still light visible from the sun. However ther are certain atmospheric conditions that may make it appear as though one sees the sun after setting, but this would be concidered a reflection of sorts.
mercury and venus
I think this refers to "granulation".
It appears to be one quarter as bright.
the sun is great for people
3600 millions kilmmetres from the sun
There is not a way to tell how many km are from the sun to Sedna. It is a long distence from the sun to Sedna.
Earth's distance from the Sun is 92,960,000 miles. This equals 149,600,000 kilometers. Earth is the third planet from the Sun.
star
From a great distance, our Sun, probably cannot be seen. It is a smaller star in our universe.
Yes. Due to orbit the sun and moon will have no exact distence measurment. when the sun covers the moon or the moon covers the sun they are in deed closer to each other
retadartion factor calculate it by Rf= distence moved by chemical distence moved by solvent ; ;-)
a land ruled by a distence country
This question doesn't make sense
hulan
The distence is 20 miles :)
it is about 788,999 kilometers away