Essentially, anything that gets too close to a black hole can be pulled into it. This includes (but not limited to) gasses, liquids, solids, and light.
Yes, everything can be sucked in to a black hole, even light
When you are sucked into a black hole you'll get destroyed. The matter of your body will remain in the black hole.
No, Pluto has not been sucked up by a black hole. Pluto is a dwarf planet located in our solar system, while black holes are distant cosmic phenomena with intense gravitational pull. Pluto orbits the Sun and is not at risk of being sucked up by a black hole.
There are hypotheses about so called 'virtual particles' that may travel faster than speed of light, and hence are not sucked up by Black Holes. Also, Black Holes cannot suck another bigger Black Hole, when they meet a bigger one, they get sucked up rather.
A black hole could potentially consume Jupiter if it entered the black hole's event horizon, the point of no return. However, the likelihood of Jupiter encountering a black hole and being sucked up is extremely low due to the vast distances between objects in space.
it gets sucked up
Yes, everything can be sucked in to a black hole, even light
When you are sucked into a black hole you'll get destroyed. The matter of your body will remain in the black hole.
you have to go to space and find one and get sucked into the black hole
No, Pluto has not been sucked up by a black hole. Pluto is a dwarf planet located in our solar system, while black holes are distant cosmic phenomena with intense gravitational pull. Pluto orbits the Sun and is not at risk of being sucked up by a black hole.
You could get sucked up by a black hole if you were close enough to feel its gravitational pull more strongly than another force to counterbalance it which would otherwise prevent you from getting sucked inside, such as, for example the orbital inertia which prevents the stars in our galaxy, including the Sun, from getting sucked into the Milky Way's central supermassive black hole.
That's not exactly what happens. What really happens is that they just absorb each other and become a bigger black hole.
i believe the black hole crushes the object into another small black hole which just ads to the already infinate space within
Earth would crumple up into tiny bits
Such energy has a mass equivalent (m = e/c2). Any such mass falling into the balck hole will increase the mass of the black hole.
Nothing, not even light, can escape a black hole. So Earth would get caught into the black hole's path and we would be sucked up and crushed to oblivion
The same as when anything falls into a black hole: as it spirals into the event horizon, much of its matter is converted to radiaton, and the rest of it is absorbed by the black hole, adding to its mass. The fact is we don't really know. Theoretically, black holes are spatial singularities that lie at the bottom of a massive gravity well. The only thing that escapes a black hole is radiation, and we believe that is the result of the destruction of what falls in.