Usually you would not really be able to observe the sun because the sun can blind you if you stare at it for too long. If you did observe the sun you would see sunflares and sunspots. Search What are sunflares? and What are Sunspots You could not watch and observe the sun. But, technology could! So basically you could see a very huge rock covered with flames!
Objects that cannot transit the Sun as seen from Jupiter are those that are orbiting closer to the Sun than Jupiter itself. This includes objects in orbits closer to the Sun than Jupiter's orbit, such as Mercury, Venus, and Earth. The relative alignment of these planets with Jupiter and the Sun makes it impossible for them to be seen transiting the Sun from Jupiter's perspective.
mercury and venus
I think this refers to "granulation".
A planet like Earth makes repeated trips around the sun and can be seen from Earth at regular intervals.
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.
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
hulan
The average distance from the Earth to the Sun is about 93 million miles (150 million kilometers). This distance can vary slightly throughout the year due to the elliptical orbit of the Earth around the Sun.
The distence is 20 miles :)
A sun seen from a great distance appears as a bright point of light in the sky, much like a star. Its size and brightness would diminish as the distance increases, but it would still stand out due to its luminosity, even at a great distance.
it is about 788,999 kilometers away