A black hole doesn't cause anything. It is a gravity trap - a place where gravity has gotten so strong nothing can escape (excluding Hawking radiation at the event horizon.) What happens is a star (or stars) is (are) so heavy after burning much of their hydrogen into helium that the star(s) start to collapse in on itself. If there is a certain amount of mass at a certain distance (critical mass) then even light can't escape the gravitational pull and now it is a black hole. Because energy can't just disappear and Hawking radiation exists, after enough time a black hole can expend itself - burned so much matter to energy that it 'dies' - that is it expends the last of it's energy in a humongous burst of radiation - an explosion of light if you will and all that's left are those echoes of it's death.
There can never be a galaxy without a black hole. The anti-matter is necessary to cause the matter to spiral. It creates a huge suction.
The collapse of a massive star in a supernova explosion can signal the formation of a new black hole.During this event, the core of the star collapses under its own gravity, forming a singularity and creating a new black hole.
To create a black hole in Universe Sandbox, you can add one by using the “Add” tool and selecting a black hole object from the object catalog. You can then adjust its properties such as mass, radius, and velocity to customize its characteristics in the simulation. Simply placing an object with a large amount of mass in a confined space can also lead to the formation of a black hole due to gravitational collapse.
Either a black hole, or a neutron star. That depends on how much mass is left after the supernova explosion.
Black hole formation can not be surreptitiously initiated just anywhere in outer space. Theoretically black holes were formed upon the onset of the Big Bang or can form upon the gravitational collapse of a star of about 3-4 solar masses.
It is not yet known for sure how a supermassive black hole acquires the enormous mass it has. It is possible that it starts as a normal black hole, and then gets more mass. It is also possible that from the start, a much larger amount of mass than in a normal black hole collapses.
There can never be a galaxy without a black hole. The anti-matter is necessary to cause the matter to spiral. It creates a huge suction.
Ozone hole is formed over Antarctica. It is because of the low temperature there.
A black hole has three main layers: the event horizon, the singularity, and the accretion disk. The event horizon is the point of no return where gravity is so strong that nothing can escape. The singularity is a point of infinite density at the center of the black hole. The accretion disk is a swirling disk of gas and dust that feeds the black hole. These layers contribute to the formation and behavior of a black hole by shaping its gravitational pull and determining how it interacts with its surroundings.
The presence of water does not directly affect the formation or behavior of a black hole. Black holes are formed from the collapse of massive stars and are characterized by their immense gravitational pull, which can even pull in light. Water, being a common substance on Earth, does not have a significant impact on the formation or behavior of black holes in space.
No. If no matter enters a black hole it will actually slowly lose mass and shrink via Hawking radiation. A black hole will gain mass if matter fals into, which will cause the event horizon to grow.
A black hole is what is left of an object that has completely collapsed under the force of gravity.
A black hole has a typical mass of around 4 times the mass of the sun at the time of formation. Mass has very little meaning for a blackhole otherwise.
'Cause once you go black, you never go back.
a black hole froms when a massive star exhauists it's neclaer fule and goes through a supernova. The core collapese onto itself, until it reached critical mass.
The question makes no sense. Altitude has nothing at all to do with black hole formation. "Altitude" really only has any significant meaning in terms of Earth and humans, and it is as far as we know absolutely impossible to "make" a black hole at any altitude.
For one, a black hole can hardly be observed directly (the Hawking radiation is expected to exist, but it would be way too weak). A quasar (related to material falling into the black hole) is one way the black hole can be observed.Also, the quasar can play quite an active role in the formation of a galaxy.