If you were to get too close to a black hole, it would take a very short amount of time for it to kill you due to its intense gravitational pull. The exact time would depend on the size of the black hole and how close you are to it, but it could be a matter of seconds to minutes before you are pulled in and crushed.
He was irradiated from the UV rays after the ozone hole. This is a sentence using irradiation as a word.
Hitting someone in the eye with a foam ball from a close range could still cause injury, such as temporary discomfort, redness, or blurred vision. It's important to be cautious and aim for areas away from the face to prevent accidents or potential harm.
A nuclear bomb causes immense destruction and loss of life due to the intense heat, blast wave, and radiation it produces. It can kill and injure thousands of people within seconds and have long-term health effects on survivors due to radiation exposure. The impact of a nuclear bomb can be devastating to both the immediate area and the environment.
A Tonne of feathers would not kill you if it fell on your head because a tonne of feathers has a great geometic gravational field which means they are more wider and spread out then compared to a tonne of rocks so they would not have the same gravity force coming down on your which gives you a much greater chance of survival.
A parachute works by trapping air underneath, but when the air is trapped the pressure increases and some of the air has to escape. If there were no hole in the center of a round parachute, such as the military 'chutes used in WW2, the excess air would have nowhere to escape except under the edges of the 'chute, which would cause increasingly violent oscillation and quickly the collapse of the 'chute, which would drop the parachutist to the ground at high speed and kill him. The central hole allows a controlled release of the air pressure in the 'chute, preventing oscillation and the collapse of the 'chute.
If you were unfortunate enough to get too close to a black hole, you would be pulled into it. And, once you reached the event horizon, there would be no way for you to ever escape (and the gravitational force acting upon you would quickly kill you).
Anything that gets too close to the dark hole will fall into it, and be destroyed.
Easy answer; you die. Painfully. More complete answer: We don't know, because we've never been close enough to do the experiment. I wouldn't want to be the first guy to do it; we expect that it would be a slow way to die. We DO know that if you fall close to a black hole or neutron star, the tidal forces would certainly kill you even if you missed the black hole or neutron star.
If a black hole came close to our Earth, it would most definitely suck it in. But we wouldn't have much to worry about, since the x-rays radiating from the accretion disk surrounding a black hole would kill all life on our planet long before the black hole got here.
No. A black hole is a dead star that slowly is gathering anything it can pull. A nuclear weapon would be expected to act on a regular set of rules and situation (surface of a planet.) A nuclear weapon can destroy things coming close to the black hole, but not the black hole itself. The whole reason a black hole is so strong is it is a star that fell into itself - folded inwards likes a moebius strip; launching missiles into the black hole would only 'feed it.' According to our present technology and science, you cannot destroy a black hole, they are already the most 'destroyed' you can be.
Black holes do not actively seek out planets to destroy. However, if a planet were to get too close to a black hole, the intense gravitational forces could disrupt or even pull the planet into the black hole. So, in that sense, a black hole has the potential to "kill" a planet by tearing it apart.
Eventually, yes it would. The gravitational pull at the singularity would rip you apart and compress you into it.
Easy answer; you die. Painfully. More complete answer: We don't know, because we've never been close enough to do the experiment. I wouldn't want to be the first guy to do it; we expect that it would be a slow way to die. We DO know that if you fall close to a black hole or neutron star, the tidal forces would certainly kill you even if you missed the black hole or neutron star.
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.
According to Professor Spephen Hawking, black holes eventually evaporate.
No one knows for sure, because everything we know about black holes is alltheories but most theories say yes, because of the intense pressure pushing on you, because once you go past the event horizon, your body will stretch, with your feet going in first.
Black holes form when a supernovae collapses into itself, whereby the mass of the supernovae is at least 3x that of our sun. The closest (known) black hole to Earth is 1600 light years away - so it is by no means anywhere close enough to cause Earth (or Earth's inhabitants) any problems.