By solar system standards the Space Station is very, very close to the earth. So, the distance from the Space Station to Neptune is the same as the distance from earth to Neptune, and this distance changes constantly as the two planets orbit around the sun.
Brightness is related to luminousity and distance. On Earth, the brightest thing would be a nuclear explosion. In space, the brightest thing would be a supernova, but it all depends on the distance from it.
If you mean the constellation cancer, there is no such thing as a "distance to a constellation". It just doesn't make sense. A constellation is basically a general direction in space.
Saturn
No they aren't the same. A satellite is on a defined orbit and a probe is something sent to discover planets or other space objects.
The area of a circle is the amount of space inside the circle. The circumference of a circle is the distance around the outside of the circle. (So no, they are not the same thing.)
No they are not the same thing
The set of all points in space that are the same distance from a given point is called a sphere.
No.
A globular sphere has all points at the same distance from an interiocenter point.
Yes. It is (force x distance) or (distance x force). Same thing.
Brightness is related to luminousity and distance. On Earth, the brightest thing would be a nuclear explosion. In space, the brightest thing would be a supernova, but it all depends on the distance from it.
By solar system standards the Space Station is very, very close to the earth. So, the distance from the Space Station to Neptune is the same as the distance from earth to Neptune, and this distance changes constantly as the two planets orbit around the sun.
it shows a distance
Volume measures the amount of space that is occupied by a three-dimensional object so it can be considered the same as or similar to the measurement of space.
8,070.000
Brightness is related to luminousity and distance. On Earth, the brightest thing would be a nuclear explosion. In space, the brightest thing would be a supernova, but it all depends on the distance from it.