What does black holes do?

Answer 1

Black hole is a collection of gases when a object enters it gases break into lakhs of small particles. they are so small we cannot see even with a microscope

Inside a black hole, all matter is crushed to a point of singularity: matter is crushed to the same density but zero volume.

However, scientist do not know what happens inside a singularity due to when you try calculating it with general relativity or quantum mechanics you end up with infinity to the power of infinity.

Answer 2

Black holes are extremely dense regions in space where gravity is so strong that nothing, not even light, can escape from them. They are formed when massive stars collapse under their own gravity. Black holes can grow by consuming nearby matter and even merge together when they collide.

Answer 3

Only very small black holes die: something the mass of Mercury or less. They will bleed off radiation and evaporate. Larger black holes give off less radiation than they pull in, so they will not evaporate.

Answer 4

Black holes are in space. It sucks up everything that comes in its path. It has the strongest gravitational pull in the universe! Once you get cought in the black holes grasp, you can not escape. Not even light can escape!

Answer 5

No one really knows. Current theory says it gets compressed into an infinitely dense point called a singularity, but it's considered at least possible that physics is different in a black hole. In a practical sense it doesn't really matter much. It's impossible for anything to survive the trip intact, and it's impossible for information to get out of the event horizon.

Answer 6

A black hole is an object, usually a remnant of a star, that has completely collapsed under the force of gravity. Such a great amount of mass concentrated into a point creates an enormous gravitational pull in nearby areas and severely distorts time and space. After crossing a certain distance from the center, called the event horizon, nothing can escape, not even light.

Answer 7

There is no known non-fictional hypothesis for the collapse of a black hole. The black hole represents the ultimate state of collapse wherein its center theoretically persists as a gravitational singularity. Since a gravitational singularity is fundamentally outside the conventional limits of our traditional fourth dimensional frame of reference, collapse is not possible. Rather the accepted notion of black hole death is via evaporation, wherein a black hole will exhausts its energy via Hawking radiation emission.

Note: The concept of black hole death is highly theoretical is more a less a corollary of the hypothesis for black hole growth and shrinkage. However there is no real empirical evidence that black holes have actually grown or shrunk. While there are observations of the release of energy consistent the annihilation of matter, these observations are the representative behavior of conditions upon the Event Horizon of the Black Hole and not the inner works of the Black Hole itself. If fact, there are no measurements relevant to growth such as increased density relative to its static size or increased size relative to its static density.

Rather what has been observed is that there are many Black Holes of varying sizes and behaviors. And from these collective observations scientists have conjectured upon the possible evolution of Black Holes as an extension of the principles for stellar evolution (which is consistent with general relativity), but following the same pattern of gravitational accretion as normal matter. Problem is that there is no real empirical evidence that normal matter exists at the center of a Black Hole. In fact quite the opposite, per the conjecture for centric gravitational singularity; therefore black hole growth via gravitational accretion is improbable. Even stellar evolution is more relevant to the behavioral state of nuclear reactions within the star, relative to its energy versus mass density.

Answer 8

In a black hole, gravity is so condensed that the escape velocity of the black hole exceeds the speed of light.

(Unrelated) Black holes vs. Neutron Stars

Black holes:

Escape Velocity = >speed of light

Mass: >3 solar masses

Neutron Stars:

Escape Velocity = <speed of light

Mass: 1-3 solar masses

P.S. The reason why black holes are called black holes is because the escape velocity is greater than the speed of light, so the area within the event horizon appears black.

Answer 9

monsters fly around in space and throw-up black holes. black holes suck things and put them in a diffrent world were you will be eaten

Answer 10

Black Holes do not really have an end, but if you were to go into one you would be mashed and pulled into virtually nothing.