They do not take people to space.
This question doubtless arises from John Wheeler's statement that "black holes have no hair". All black holes are "hairless"; what is meant by this is that all black holes are completely characterized by exactly 3 things: mass, angular momentum (rotation), and electric charge. All other properites (such as the Schwarzchild radius, etc.), are derived from these three. Two black holes with the same values for these three quantities are entirely indistinguishable. This is more than a simple conjecture or apparent observational fact; it takes the form of a proven theorem in 3+1 dimensional space.
because it takes a very large and massive core to pull on itself enough to shrink.
it loses energy due to hawking radiation, and disappears.How does a black hole die*How do black holes die*They don't.. There not living they are a phenomena.. They could however collapse in on upon itself..
No. An asteroid does not have enough mass. In order to become a black hole an object must be massive enough to be crushed by its won gravity. This takes an object at least several times more massive than the sun.
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.
No. A year is the time it takes for Earth to orbit the sun. Black holes are formed far out in space and are not affected by Earth or its orbit.
That is a really good question, but no one actually knows. Though we do know that one day that Black holes will die because it will become smaller and smaller and then ping, it died. However the black holes that were create from the beginning of the Universe are still exist, so it will takes billions and billions and billions and billions of years from black hole to die.
This question doubtless arises from John Wheeler's statement that "black holes have no hair". All black holes are "hairless"; what is meant by this is that all black holes are completely characterized by exactly 3 things: mass, angular momentum (rotation), and electric charge. All other properites (such as the Schwarzchild radius, etc.), are derived from these three. Two black holes with the same values for these three quantities are entirely indistinguishable. This is more than a simple conjecture or apparent observational fact; it takes the form of a proven theorem in 3+1 dimensional space.
The existence of miniature black holes have not been confirmed yet. It has been hypothesized that there may be some, that formed during the Big Bang. If they did form, we might see flashes from the disintegration of those black holes, now and then. (A miniature black hole takes much less time to disintegrate than a bigger one.)The existence of miniature black holes have not been confirmed yet. It has been hypothesized that there may be some, that formed during the Big Bang. If they did form, we might see flashes from the disintegration of those black holes, now and then. (A miniature black hole takes much less time to disintegrate than a bigger one.)The existence of miniature black holes have not been confirmed yet. It has been hypothesized that there may be some, that formed during the Big Bang. If they did form, we might see flashes from the disintegration of those black holes, now and then. (A miniature black hole takes much less time to disintegrate than a bigger one.)The existence of miniature black holes have not been confirmed yet. It has been hypothesized that there may be some, that formed during the Big Bang. If they did form, we might see flashes from the disintegration of those black holes, now and then. (A miniature black hole takes much less time to disintegrate than a bigger one.)
no it only takes up the space of where the black hole was located
First, black holes are still theory. Second, how would you get to one? Of course they can, but the bigger they are, the slower it takes it to do it. That's why they don't send people to them. It is a scientific theory, nothing has been proven yet.
Matter - the relationship between the space it takes up and its mass is called density. But it is possible to have something that has enormous mass and takes up no space (it therefore has infinite density). This is called a black hole.
they describe it as, something that takes up space
They will eventually evaporate, if that's what you mean. But it takes a long, long time for a typical black hole to evaporate - much longer than the current age of the Universe.
Black people that run fast.
because it takes a very large and massive core to pull on itself enough to shrink.
After the space shuttle takes off, it goes into outer space. The astronauts in the space ship keep in contact with the people in case they need help, but are on their own for the most part.