No.
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.
The gravitational force of black hole is unlimited.
Not much. The whole point of a black hole is that a lot of matter is concentrated in a fairly small space. The Schwarzschild radius of the Earth - i.e., the size into which it would have to be compressed to become a black hole - is less than 1 cm; the Sun would have to be compressed into a sphere with a radius of about 3 km. In general, the Schwarzschild radius is directly proportional to the mass. In a real black hole, the Schwarzschild radius corresponds to the event horizon - the point of no return.
Black holes are not flat in the traditional sense. They have mass and volume, but their extreme gravitational pull causes them to collapse into a singularity, which is a single point of infinite density and zero volume.
A black hole is basically an imploded star's remnants that DO NOT turn into a nebula or space dust of some type. However, for a "dead" star to become a black hole it must be very big and have tons of mass. The Sun doesn't have that size requirement, therefore cannot be a black hole theoretically.
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.
there isn't any soil, a hole is a hole. if it had soil in it, it wouldn't be a hole would it.
space godzilla was born by 1:when mothra fought gdzilla his cells wherecarried on by mothraand when she went to space it went into a black hole creating spacegodzilla.
It is simply quite impossible to escape a black hole, even for Santa Claus, who flies faster than the speed of sound. Santa is only going 1/145 of the speed of light though, and something must be going faster than the speed of light to escape a black hole (black holes are rare, and ten to one noting can ever escape it. It isn't a sight worth watching. 00000.1/100 percent of all of the things in space can escape a black hole).
Well first of all there is more than one black hole in our galaxy. Second there would be no point of putting a probe in a black hole because: 1) no light can enter past the event horizon (you might want to look that up) therefore you can not see what is actually inside a black hole. 2) our closest known black hole is 150 light years away. So no there is no probe in any black hole. I hope this was some help to you.
Space Guys in Space - 2012 Hole 1-6 was released on: USA: 6 March 2012
The gravitational force of black hole is unlimited.
Not much. The whole point of a black hole is that a lot of matter is concentrated in a fairly small space. The Schwarzschild radius of the Earth - i.e., the size into which it would have to be compressed to become a black hole - is less than 1 cm; the Sun would have to be compressed into a sphere with a radius of about 3 km. In general, the Schwarzschild radius is directly proportional to the mass. In a real black hole, the Schwarzschild radius corresponds to the event horizon - the point of no return.
Observational confirmation of the Cygnus X-1 binary, suspected since about 1971 of being a black hole, came from a space and land-based radio and x-ray instruments in 1972, and was widely accepted as a black hole by 1973.
The only "named" black hole is called "Cygnus X-1", for the first X-ray source in the constellation Cygnus.
In fact, black holes cannot be directly viewed. They can only be located by seeing how much radiation is coming from a certain point in space. The black holes cannot be viewed directly because they absorb the electromagnetic radiation that goes near them.
Black holes are not flat in the traditional sense. They have mass and volume, but their extreme gravitational pull causes them to collapse into a singularity, which is a single point of infinite density and zero volume.