It could be said that black holes form X-ray energy. As gases gather and become accelerated and compressed in the accretion disc, they get hotter and hotter. By the time these gases cross the event horizon, they can be generating (emitting) X-rays. The black hole itself doesn't emit the X-rays because nothing can escape its intense gravity. Not even light. But the X-rays are a result of the effect of the black hole's gravity.
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.
It's because they emit radiation, and radiation is a form of energy and energy is a form of mass.
Black holes form when massive stars collapse under their own gravity. The intense gravitational pull of a black hole traps everything, including light. Black holes are hot because of the high temperatures and energy generated by the matter falling into them, which creates intense radiation and heat.
Black holes emit a form of energy called Hawking radiation, which consists of particles being emitted from the black hole's event horizon. This radiation causes the black hole to slowly lose mass over time.
Yes it is theorized that black holes constantly emit radiation in the form of thermal energy (Heat) also called Hawking radiation and black-body radiation.
Black holes can release vast amounts of energy through processes like accretion of matter and merging with other black holes, but they do not "explode" in the traditional sense. Instead, they can emit energy in the form of powerful jets and radiation.
Particles falling into a black hole release a large amount of x-rays as they do so. This is not energy from the black hole itself, but energy release that is a sign of a black hole.
no because black holes can only form through supernovas.
Black holes affect humans in 2 ways: 1. By stretching them to the width of one atom (spaghettification) 2. By converting them into energy (mostly in the form of X-rays)
Yes, Einstein's equation E=mc^2 applies to black holes as well. In the context of black holes, mass is converted to energy as matter falls into the black hole. This energy can be observed in the form of radiation emitted by the black hole, known as Hawking radiation.
Probably stellar mass black holes
The black holes from Gamma ray usually burst because of their energetic form.