No. There are no black holes in our solar system. Based on current models, the smallest stellar mass black holes are at the very least about 3 times the mass of the sun. Therefore, if there were a black hole in our solar system the sun would either orbit it or the two would orbit about a common center of mass.
By "within" a black hole, I would imagine you mean within the event horizon. Such an object won't ORBIT the black hole - it will simply fall towards the singularity.
No. There are not black holes anywhere near our solar system. Even then, scientific models suggest that stellar-mass black holes, the smallest common type, must be at least 3 times more massive than the sun, so the sun would more likely orbit the black hole if one were nearby.
What orbit? - As with any mass in the Universe, objects can orbit around a black hole; if there is a black hole nearby, it can pull on an object that is in orbit around another object, chainging the shape of its orbit.
Define a "hyper black hole". A "Hyper Black Hole" is a massive "Black hole" thought to be created by many Black holes merging together. Theological Physics now believe that most galaxies, including our own Milky Way, have a "Hyper Black Hole" in the center
Black holes do not die but they can evaporate.
The Daily Orbit - 2012 The Black Holes of the Ocean 2-19 was released on: USA: 24 September 2013
Most likely not. The best evidence of the existence of black holes has been found deep within galaxies.
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.
because the black holes that they think are at the center of galaxies most likely have rotation, and the stars around it orbit the black hole somewhat like an accretion disc.
By "within" a black hole, I would imagine you mean within the event horizon. Such an object won't ORBIT the black hole - it will simply fall towards the singularity.
No. There are not black holes anywhere near our solar system. Even then, scientific models suggest that stellar-mass black holes, the smallest common type, must be at least 3 times more massive than the sun, so the sun would more likely orbit the black hole if one were nearby.
Yes. Any collision of a black hole with another object would change its velocity and therefore its orbit. But massive black holes orbiting each other, especially if they are in a close orbit, will also lose orbital energy through gravitational waves, and therefore get closer and closer until they eventually collide.
What orbit? - As with any mass in the Universe, objects can orbit around a black hole; if there is a black hole nearby, it can pull on an object that is in orbit around another object, chainging the shape of its orbit.
Black holes can't be observed directly. The Hawking Radiation is so weak, that it will perhaps never be observed.Black holes are detected indirectly, basically by their gravitational effects. This includes: * Gravitational lensing of objects behind the black hole * Observing objects that orbit the black hole * The accretion disk of a black hole can become extremely hot, making some black holes the brightest objects in the Universe! All of these are effects that happen OUTSIDE the black hole proper.
We aren't certain, because 99.9% of what we THINK we know about black holes is theoretical. But the theory says that if two black holes do come too close to each other, they will merge to form one larger one. However, if the geometry of their approach is right, it might be possible for them to orbit each other.
stellar black holes were stars (these are large)primordial black holes were pieces of the big bang (these are microscopic)
Define a "hyper black hole". A "Hyper Black Hole" is a massive "Black hole" thought to be created by many Black holes merging together. Theological Physics now believe that most galaxies, including our own Milky Way, have a "Hyper Black Hole" in the center