If you mean the rate - some of the larger supermassive black holes engulf matter at the rate of over a thousand solar masses a year. However, they don't do this all the time; it seems that such a rate cannot be sustained in the long term.
A black hole could potentially consume Jupiter if it entered the black hole's event horizon, the point of no return. However, the likelihood of Jupiter encountering a black hole and being sucked up is extremely low due to the vast distances between objects in space.
Unlikely. The universe is a very big place, even next to the largest black holes we know. For a black hole to suck in the entire Universe, it would need to be nearly as massive as the universe itself. There is no way that such a black hole could form.
If a black hole came close to our Earth, it would most definitely suck it in. But we wouldn't have much to worry about, since the x-rays radiating from the accretion disk surrounding a black hole would kill all life on our planet long before the black hole got here.
black hole got it's name because when look at a black hole, you only see black. also if you drop an item in the black hole the item is gone because there is a hole in there. so that's how black hole get's its name
A black hole absorbs everything it sucks in, including matter and light. Once something crosses the event horizon of a black hole, it is unable to escape and is thought to be crushed into a point of infinite density at the singularity.
Yes, all black holes 'suck stuff up'.
In theory, yes, a black hole could suck up the sun.
You would think very fast, since their gravity is so strong. However, the closer to a black hole something gets, the more warped is the spacetime. Time appears very slow near a black hole, so the question is does it take a really long time to suck summat up?
Things falling into a black hole are ripped apart by tidal force, become a stream of their constituent atoms. These atoms are further shredded by the time they reach the singularity, and the mass of what is sucked in is added to the mass of the black hole.
A black hole doesn't "suck" things in. It pulls them in with it's immense gravity. In order to suck something in, there must be something to fill in empty space such as air.
yes... it can because a black hole can even suck light in :) lol hope it helped.................................. c it can suck in nearley everything
no
As soon as It's born. The gravitational force of the Black Hole will pull matter into it.
yes, yes it can
Yes
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.
Since whit holes only exist mathematically, a black hole could not pull in a white hole.