Well, you are already about 93,000,000 miles away from it! That's quite a distance!
If you go further away the sun will look smaller and smaller, the further you go.
In due course, as you get even further away, it will look just like any other star. If you go still further, it will be so small that you won't even be able to see it!
That's small!
From the distance of Pluto, the Sun would look like a very bright star.
The atmosphere and landscape causes the sun set to look like it sets and rises as at these points the sun rays are at a point where all harmful rays are blocked off by the atmospheric layers so it is visible as a orange sphere and as the Earth rotates this causes the sun to look like its setting and rising at a distance.
Callisto is a moon of Jupiter, so on average it is the same distance from the Sun as Jupiter is. You can easily look up the distance from the Sun to Jupiter.
A human's ability to view the sun depends on their distance from the sun and the type of atmosphere of the celestial object from which they are viewing the sun. If there is not enough atmosphere to scatter light from the sun, or if the distance is too great, the sun would be indistinguishable from other stars, if seen at all. If, hypothetically, Saturn had an atmosphere similar to Earth's and had a surface that humans could stand on, the sun would appear to the naked eye to be one-tenth the size and brightness of Earth's full moon.
Venus can be fairly close to Earth, or it can be on the other side of the Sun. To get the (approximate) range of distances:* Look up the distance from Sun to Earth. * Look up the distance from Sun to Venus. * Add both to get the maximum distance; subtract them to get the minimum distance.
At a distance of 1 million miles from Earth, the Sun would appear much smaller compared to its size in our sky. It would look like a large bright star, but not as large as it appears from Earth.
alpha centauri
sun
the sun looks like a big fire ball and its gravity
looks like the sun
it makes the sun look like the sun is rising because were actually moving up then the sun looks like it is rising
Varying from the the distance from the Earth to the Moon + the distance from the sun to the earth + the distance from mercury to the sun, to the distance from the earth to the sun - the distance from mercury to the sun - the distance from the earth to the moon