Such a black hole is never found, but theoretically it should be possible. If the planets are far enough from the black hole where they circle around they will just orbit the black hole in the same way as they would orbit a star with the same mass if it would replace the black hole. But if it exists it would be very hard to detect, exoplanets are detected because of their interaction with their mother star(They block some light and have gravitational influence that can be detectable), for black holes that is not an option because they are obviously black. The planets themselves won't emit light so there is no way we can detect such a system if it exists.
There are no known black holes near Saturn. The nearest known black holes are much further away in our galaxy. Saturn does have its own moons and rings, but black holes are not typically found in such close proximity to planets.
The fourth dimension near black holes is spacetime, which is distorted due to the immense gravity they possess. This distortion results in phenomena like gravitational time dilation and space curvature, which play a significant role in the behavior of objects and light near black holes.
No, black holes are astronomical objects that form in outer space due to the collapse of massive stars. They are not found in Earth's exosphere, which is the outermost layer of the Earth's atmosphere.
Black holes destroy planets or stars by exerting a powerful gravitational pull, which can rip them apart through a process known as spaghettification. Additionally, the intense tidal forces near a black hole can also strip away the outer layers of a star or planet, ultimately consuming them.
Hawking radiation is a form of energy that is theorized to be emitted by black holes. It is named after physicist Stephen Hawking, who proposed its existence due to quantum effects near a black hole's event horizon.
There are no known black holes near Saturn. The nearest known black holes are much further away in our galaxy. Saturn does have its own moons and rings, but black holes are not typically found in such close proximity to planets.
The only thing that can end up a black hole is a star with about ten times more mass than our Sun. Planets are nowhere near that massive.
Without an early presence of black holes, it is impossible for galaxies to have formed. No galaxies, no heavy elements near Main Sequence Stars. No such elements near stable stars, no rocky planets that have the time to develop life. No life, no observers. So, black holes are "fundamental" in the sense that a Universe without them would be a Universe without anyone to recognize that there were no black holes!
Draw everything near by into them.
Black Hole simply cannot be destroyed because Black holes have so much Gravity That even light cannot pass or go from near the black holes. Black Holes pull the object passing from 10,000,00 (10 Lakh) away from them. So nobody can go near them to destroy it
The fourth dimension near black holes is spacetime, which is distorted due to the immense gravity they possess. This distortion results in phenomena like gravitational time dilation and space curvature, which play a significant role in the behavior of objects and light near black holes.
There is not "a" black hole, but many of them. The nearest known black hole is at a distance of several thousand light-years, but it is likely that there are others closer by: only black holes that are very near of a partner (in a binary system) are easily found.There is not "a" black hole, but many of them. The nearest known black hole is at a distance of several thousand light-years, but it is likely that there are others closer by: only black holes that are very near of a partner (in a binary system) are easily found.There is not "a" black hole, but many of them. The nearest known black hole is at a distance of several thousand light-years, but it is likely that there are others closer by: only black holes that are very near of a partner (in a binary system) are easily found.There is not "a" black hole, but many of them. The nearest known black hole is at a distance of several thousand light-years, but it is likely that there are others closer by: only black holes that are very near of a partner (in a binary system) are easily found.
There are no black holes anywhere near Earth, so no we won't get sucked into one.
No, black holes are astronomical objects that form in outer space due to the collapse of massive stars. They are not found in Earth's exosphere, which is the outermost layer of the Earth's atmosphere.
Black holes destroy planets or stars by exerting a powerful gravitational pull, which can rip them apart through a process known as spaghettification. Additionally, the intense tidal forces near a black hole can also strip away the outer layers of a star or planet, ultimately consuming them.
It is not likely that any black hole gets near the Solar System in the short term - "short term" meaning, the next few million years at the very least. In the unlikely event that a black hole does get into the Solar System, I would guess that the greatest risk is that it disrupts the orbits of planets - perhaps even flinging planets out of the Solar System.
We can detect amounts of electromagnetic radiation being emitted from the centers of galaxies that correlate with those emitted by black holes, as well behavior associated with behavior of black holes whenever amounts of material enter the 'sphere of influence' of the black hole, i.e. the accretion disks found near AGNs being sucked into the theoretical super-massive black hole.