A black hole's gravity is so powerful that it will be able to pull in as it is pulled toward the black hole, so it glows in X-rays. Originally Answered: How do black holes suck you in? and launched an astronaut towards that black hole, he or she might just be getting there, now. It is quite unnoticeble under a fall into a black hole according to general relativity – no acceleration changes – but secondary tidal.
· Only if you get very close to a black hole's event horizon does it start pulling everything in. So no, most of the galaxy will not eventually fall into the hole. Whether black holes have empty space around them or not depends on their environment. There may be objects or gas close enough to fall in, or there may not be. Black holes have gravity. Lots of gravity. Gravity can’t kill very effectively. What kills is the tidal forces caused by gravity. When the astronaut falls into the black hole, the gravity, because of tidal forces, is extremely strong at the feet but weaker at . Answered 1 year ago · Author has K answers and M answer views If a group of astronauts were to get sucked into a black hole, and time stopped, (like it does when in one) No, sorry, time doesn’t stop. Nor even slow down. What you’re confusing this with is what an outside observer sees.
Here's the deal about black holes: nothing that goes in can ever get out. So, if a space shuttle was sucked into a black hole, it would not be able to get out. Watch: Three Ways an Astronaut Could Fall Into a Black Hole. Stephen Hawking is shaking up the conversation about how black holes work. Black holes are shrouded in mystery, with recent research. This black hole has probably already "eaten" most or all of the stars that formed nearby, and stars further out are mostly safe from being pulled in. Since this black hole already weighs a few million times the mass of the Sun, there will only be small increases in its mass if it swallows a few more Sun-like stars.
Wiki User. No human has ever been close to a black hole. No, black holes are too far from earth. No astronaut has ever been farther from Earth than lunar orbit.
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