Called a nebula. It's mainly made from hydrogen gas and when it contracts under it's own gravity may eventually form a new star.
a very large tall cloud
well you think about it is is 11,000 because outer space is very alot of money
== == == == They are very large and with very undefined edges. And they are a distinct grey tone.
Yes, caused by gravity. (only works on the very large scale because gravity is very weak.)
Through a vacuum ... yes. Through outer space, which is not quite a vacuum ... not quite, but very very close.
a very large tall cloud
yes, Calcium (Ca) is very stable before the reaction because it has a large cloud of valence electrons.
There is no true vacuum in outer space (or anywhere!). Very very roughly, if something 'froze' in outer space, the 'energy' would convert into 'frozen matter'.
well you think about it is is 11,000 because outer space is very alot of money
very small
floating clouds of gas, asteroids, comets etc etc, a very large number of things. strangely, most of space though is well, space, or in other words, nothingness.
== == == == They are very large and with very undefined edges. And they are a distinct grey tone.
Yes, but a very minimal amount. And this is far different than terrestrial "air." The gas in outer space is mainly hydrogen.
Electromagnetic radiation.
it is so very dangerous to travel if it is not tested by the scientist
it is so very dangerous to travel if it is not tested by the scientist
The weight of 151 kilograms depends on the force of gravity at that point. In outer space it will be close to 0, while on a neutron star it will be a very large number of Newtons.