A black hole can become smaller through a process called Hawking radiation, which occurs when particles and anti-particles are created near the event horizon. If one of the particles falls into the black hole while the other escapes, it causes the black hole to lose a small amount of mass, leading to its shrinkage over time.
A more massive black hole.
A black hole doesn't get smaller in the traditional sense because its size is determined by its mass and gravitational pull. However, a black hole can lose mass through a process called Hawking radiation, where it emits energy over time and gradually reduces its mass.
it wont.
The amount of gravity will only compact the material so far, then it has to stop. If the black hole had more gravitational pull, the infinitely small singularity will then become infinitely smaller.
no
No. Pluto is nowhere near massive enough to become a black hole.
Yes. It's physically impossible for anything to be smaller than a black hole.
No. The sun does not have enough mass to become a black hole. When the sun dies it will become a white dwarf.
A more massive black hole.
First of all, our sun can not become a black hole, it is too small for that. However if a star is three times bigger than our sun, then yes it will become a black hole.
No. No planet is massive enough to become a black hole. A black hole is the remains of a dead, supermassive star.
The sun should not become a black hole. It does not have sufficient mass to undergo the necessary collapse.
A black hole doesn't get smaller in the traditional sense because its size is determined by its mass and gravitational pull. However, a black hole can lose mass through a process called Hawking radiation, where it emits energy over time and gradually reduces its mass.
The black hole represents a crust in the space which swallows anything that passes through it. Even light cannot escape from a black hole! There is a particular radius for a mass to become a black hole when it is squashed. This is known as the Schwarzschild radius and for the body to become a black hole, the escape velocity must equal or exceed speed of light!
No - The volume of the Milky Way galaxy is larger than the volume of its host black hole. The accumulated mass of the Milky Way galaxy is greater than the mass of its host black hole. The density of the Milky Way galaxy is much smaller than the density of its host black hole.
No. When matter falls into a black hole it simply increases the black hole's mass, giving it stronger gravity and a larger event horizon.
Not really "a" black hole - many black holes. It is currently believed that all, or most, galaxies have a huge black hole at its center. Any galaxy should also have lots of smaller black holes - so-called "stellar" black holes, because they have approximately the mass of a star (larger stars can become black holes).