Neither. A black hole has crushed itself to an infinity dense point. It cannot be considered any state of matter that we are familiar with.
No. Nobody has ever been to Neptune. Also, Neptune is a gas planet. There is no solid surface to dig a hole in.
Big Bang: When space started. Gas, dust and rock particles explode from it and eventually forms celestial bodies. Black Hole: When a star dies or loses its brightness, develops into a dead star or a black hole.
The supermassive black hole in the center of a quasar is surrounded by an accretion disk - a disk of gas rotating around the black hole. There is friction among the gas particles; this is due to the fact that different parts move at different speeds.
A pencil is a solid object.
a feather is a solid
The collapses star gets squeezed by collapses gas and turns into a black hole.
Anything - whether it be gas, liquid, solid, light, etc. - can be pulled into a black hole if it gets too close.
they are gas
They're still called black holes. A black hole remains defined as a black hole as long as it absorb everything near them, both energy and matter, including gas.
water travels through solids and liquids if there is a hole or a gap in the solid
something solid to lay on, an oxegen tank, and man you would need some courage but have fun in that black hole of yours. lol
No. Nobody has ever been to Neptune. Also, Neptune is a gas planet. There is no solid surface to dig a hole in.
a star dying in space that sucks everything into it.
It could be any of the three depending upon the temperature.
Big Bang: When space started. Gas, dust and rock particles explode from it and eventually forms celestial bodies. Black Hole: When a star dies or loses its brightness, develops into a dead star or a black hole.
carbon
we can notice by the effect it causes on the nearby stars. A star which is near a black hole revolves around it and when it is closer to a black hole ,it revolvles faster and it revolves slower when it is farther away from a black hole.Secondly, we can notice a black hole by the space distortion it creates. Thirdly, we can notice it by finding the amount of gas of nearby stars falling into the black hole