It is unlikely, because the Sun doesn't have enough mass for that to happen.
The Sun doesn't have enough mass, and therefore, not enough gravity, for this to happen.
"Black hole", not "black whole". The reason massive stars turn into a black hole is because, once they run out of fuel (and no longer have the radiation pressure to keep them blown up), there is no force that can stop the gravitational collapse.
Simply put, it isn't big enough. A star must have a certain mass to become a black hole after its "death", and the Sun doesn't have enough. Our "Sun" is not big enough, only stars that are a lot bigger will explode and become a black hole.
If a black hole has spin, it will spin forever.
Because it does not have enough mass to crush itself with it's gravity.
You get the shark to come near you and follow you to the black hole, then when you get to the black hole you turn a let the shark in. Have fun!
Our Sun is not nearly massive enough to become a black hole, or even a neutron star. Our Sun will end its life as a white dwarf.
As a short answer, no.
yes, there can be millions of black holes for all we know because our galaxy is ever expanding and planets and stars die everyday we just don't know about it. When a star dies it creates a supernova which in turn could turn into a black hole.
In Earth, no. Black holes are only formed when the initial mass of a star is great enough that at the end of its life, it will either go supernova (massive explosion) or turn into a black hole. The sun is a medium sized star, and will most likely just burn out and turn into a white dwarf.
Yes it is possible for Canis magoris to become a black hole, but at its current age it may either explode and turn into a dwarf star or implode and become a black hole. The process will take millions of year, but the possibility is there. But for a definite answer that is impossible at the current status of data. Their are just too many factors that could come into play.
No, black holes cannot turn into neutron stars. Neutron stars form from the remnants of supernova explosions of massive stars, while black holes are formed from the gravitational collapse of massive stars. Once a black hole is formed, it will remain a black hole and will not transform into a neutron star.