If you were unfortunate enough to get too close to a black hole, you would be pulled into it. And, once you reached the event horizon, there would be no way for you to ever escape (and the gravitational force acting upon you would quickly kill you).
If a star was "too close" to a black hole, that star would be captured by the black hole's gravity and be pulled into it.
It will fall into the black hole. The same happens if something gets too close the Sun, for example - it will fall into the Sun.
No you would be stretched out and torn apart as soon as you got too close
Anything and anyone that ventures too close to a black hole can be pulled into it.
Anything that gets too close to the dark hole will fall into it, and be destroyed.
They just sit - and "eat" anything that comes too close.
Getting too close to a black hole is lethal because of its high gravitational pull. it is so high that not even LIGHT (which is the fastest known thing) can escape!!
If you were to get too close to a black hole, it would take a very short amount of time for it to kill you due to its intense gravitational pull. The exact time would depend on the size of the black hole and how close you are to it, but it could be a matter of seconds to minutes before you are pulled in and crushed.
I won't be - at least not within my own lifetime. But, theoretically speaking, you (or me or anything else that gets too close) would be pulled into the black hole if you get too close to it. If you end up reaching the event horizon, you'll never be able to escape.
The two black holes will merge to form a single, larger black hole with a mass equal to the combined masses of the original two.
Basically, the same thing can happen as if something gets too close to the Sun, or to a planet: it can fall into the black hole (or Sun, or planet).
Just like any object, a black hole will attract objects in its surrondings. The Sun can "suck in" a comet that ventures too close, for example, but the Sun is not a black hole. The Earth can "suck in" a meteor that comes close to the Earth.The distinctive feature of a black hole is that nothing gets out again - except indirectly, through the Hawking radiation, and that is very, very slow.Just like any object, a black hole will attract objects in its surrondings. The Sun can "suck in" a comet that ventures too close, for example, but the Sun is not a black hole. The Earth can "suck in" a meteor that comes close to the Earth.The distinctive feature of a black hole is that nothing gets out again - except indirectly, through the Hawking radiation, and that is very, very slow.Just like any object, a black hole will attract objects in its surrondings. The Sun can "suck in" a comet that ventures too close, for example, but the Sun is not a black hole. The Earth can "suck in" a meteor that comes close to the Earth.The distinctive feature of a black hole is that nothing gets out again - except indirectly, through the Hawking radiation, and that is very, very slow.Just like any object, a black hole will attract objects in its surrondings. The Sun can "suck in" a comet that ventures too close, for example, but the Sun is not a black hole. The Earth can "suck in" a meteor that comes close to the Earth.The distinctive feature of a black hole is that nothing gets out again - except indirectly, through the Hawking radiation, and that is very, very slow.