Current theory indicates that once matter (or light) crosses the event horizon, it can never leave, since the escape velocity exceeds the speed of light.
heck ya the biggest one is large enough to swallow the one beside it
No, the biggest quasar is not capable of destroying the biggest supermassive black hole. Quasars are powered by the accretion of material onto supermassive black holes, so they are closely related. The interaction between a quasar and its host black hole is complex but does not result in the destruction of the black hole.
Black holes can swallow anything that comes within their gravitational pull, including light and other celestial objects like stars and planets. Once an object crosses the event horizon of a black hole, it is consumed and cannot escape.
The answer is, if a black hole 'ate' another black hole, it would gain more mass, therefore it's event horizon(or area of influence) would increase. Once you cross the 'event horizon' it's a gravitational no return. Per the White Hole: It is found in theoretical science only. There has no proof of any white hole found (there has for black holes.) White hole ideas are not accepted by mainstream physicists, but a white hole may be the end product of the transmission of black hole matter in some part of the universe. If white holes exist the connection of a black hole to a white hole might actually be a wormhole or tunnel through 3 dimensional space. Black holes do have size and mass: if they did not have size, the difference in the size of the event horizon between black holes would not exist. The size of a black hole can be defined several ways - the gravitational force it generates (the mass), the physical size of the even horizon, or the size of an accretion disk (if there is one.) The problem most people have with the size of a black hole is that the very center of the black hole is a singularity: something that has no physical properties we can understand: it is so different that the word had to be made to describe it. In the sphere shells around the black hole are: the rest of the universe, "empty" space, matter and energy being bent (but not falling into the black hole), matter and energy falling into the black hole, (these 2 often show as an accretion disk), then the event horizon where the gravitational force is so strong now that even light can no longer escape, then the inner shell after the event horizon and this falls all the way down to the center, the singularity. Everything but the singularity has size, mass and is hot compared to the rest of hte universe (empty space again.) A black hole is an amazing thing but not a magical thing - it would probably be better if we used the term earler used - frozen star: one that no longer gives off heat.
Theoretically, a black hole can destroy anything.
Yes a black hole could envelope our solar system but it does not swallow anything.
no of course not no of course not
heck ya the biggest one is large enough to swallow the one beside it
No.
In general, nothing. Another black hole could swallow a smaller one, if it's small enough it would destroy itself, but anything else would lose to the black hole.
A black hole can,but it is very rare for a black hole big enough to swallow Earth.
it may expand and swallow and swallow us.
No, a supermassive black hole is what makes a quasar.
Yes, it is possible for a black hole to capture another one and "swallow" it.
Nothing, unless a black hole comes very near to us. By the way, you shouldn't say "the" black hole, unless you make it clear which black hole you mean. There are many black holes.
Black Hole Sun
The phrase "what can be swallowed and can swallow you" often refers to the concept of a "black hole." A black hole can swallow anything that comes too close to it, including light, and in a metaphorical sense, it can represent overwhelming situations or experiences that can consume a person. Additionally, certain natural disasters, like a sinkhole, can physically swallow objects and even people.