Since humans are matter, it would basicaly be the same as anything else that gets pulled past the event horizon. Before you even reach it, your atoms will begin to stretch as you funnel towards the event horizon. If you somehow miraculously survive the stretching, as soon as you cross over the event horizon, you will cease to exist. poof. gone. It would be the most painless death(asiding from the stretching, ofcourse). You would dematerialize into a bunch of subatomic particles. Beyond the Event Horizon, Space and Time would be extreamly distorted. Your broken up particles will experience one hell of an acid trip as they finaly meet the singularity. At which point, we dont know what happens.
if a human went inside a black hole: they would never come out, would be in time and space, and probably die inside the black hole and find lots of things in the black hole if possible. and i never been inside a black hole! i`m olny a 4th grader with good answers.
Answer: An unprotected human would be killed long before getting near a black hole. The effects would be similar to a human approaching the sun.
Tidal forces would tend to shred you to pieces, liberating x-ray radiation, unless the black hole was really large.
They would be crushed into an infinitely small space.
no
The event horizon of a 100 solar mass black hole would be 2.95x105m.
A black hole of 100 solar masses would have an event horizon 185.3 miles in radius.
It is hard to say, but you will get crushed instantly. A black hole has so much gravity that it pulls in light and it will never escape. There are many myths to what will happen, but it will be impossible for sure until we evolve our science.
It would be torn apart by tidal forces as it approached the black hole. Once it crosses the event horizon id disappears into the black hole forever.
For a stellar black hole you will be ripped apart by tidal forces before you cross the event horizon. Once the matter that once made up our body crosses the event horizon it can never leave and becomes part of the black hole's mass. With a supermassive black hole tidal forces at the event horizon are weak, so you could potentially cross the event horizon alive.
no one will ever know but you will MAYBE die or will be in a new dimension.
It sucks all matter within the event horizon. If one was created on Earth, the entire planet would be crushed to a singularity.
The event horizon of a 100 solar mass black hole would be 2.95x105m.
A black hole of 100 solar masses would have an event horizon 185.3 miles in radius.
It is hard to say, but you will get crushed instantly. A black hole has so much gravity that it pulls in light and it will never escape. There are many myths to what will happen, but it will be impossible for sure until we evolve our science.
Yes, but it would be tiny! A black hole with a mass that's equivalent to that of the Earth would have to have a diameter of less than 9mm (and its event horizon would be located at this point).
It would be torn apart by tidal forces as it approached the black hole. Once it crosses the event horizon id disappears into the black hole forever.
For a stellar black hole you will be ripped apart by tidal forces before you cross the event horizon. Once the matter that once made up our body crosses the event horizon it can never leave and becomes part of the black hole's mass. With a supermassive black hole tidal forces at the event horizon are weak, so you could potentially cross the event horizon alive.
The intense radiation and force of gravity would kill you long before you reached the event horizon, so it would be a bit academic! Anything finally reaching the heart of the black hole would be vaporised.
Don't go near it. Once you are within the event horizon, there is no hope. In fact you would be dead long before crossing the event horizon. Tidal forces would have turned you and your vehicle into a kind of space spaghetti.
The film "Event Horizon" belongs to the science fiction horror genre. It is set in the year 2047. The film was released in 1997 and stars Sam Neill and Laurence Fishburne.
In theory, any object could whiz by the black hole, very close to the event horizon, speeding up as it gets near the black hole, and slowing down again as it goes away. This would be very similar to a comet approaching the Sun, for example. The main problem is that with stellar black holes, a person - or most objects for that matter - would be torn apart, due to tidal forces. This wouldn't happen with a supermassive (i.e., galactic) black hole; in that case, a person would only get torn apart AFTER falling through the event horizon.