If it gets close enough, it will fall into the black hole. Of course, any object might also pass at a safe distance, with no consequences.
No. Nothing can pass through a black hole. Once something enters it can never leave.
One does not simply "pass through" a black hole.
You die - end of story.Basically, as you pass the event horizon, the point (e.g. feet) closest to the black hole will experience a greater gravitational pull than your head. You will therefore be stretched like a piece of spaghetti
At one time it was believed that there were "timelike" paths through a black hole, but the problem is that all such paths necessarily intersect the singularity. In other words: if you try to use a black hole to "pass through time", the only thing you're going to pass is away.
Black holes don't reach out and grab things that happen to be passing by. Outside of the hole's "event horizon" it has the same influence as any other object with the same mass. Other bodies that pass a black hole at a distance at which they're moving slower than escape velocity will settle into orbit around the hole.
Stars do get sucked into a black hole if they pass the event horizon.
This would not have much of an effect because of its intangible properties. It would most likely just pass by it. There is not a significant tidal force with the black holes.If a Higgs Boson traveled into a black hole it would be captured (as with anything else) and become part of the black hole. It could not pass by if it went into the black hole.
Nothing happens. A hole is drilled through the joist and the wire is pulled through it.
No. A black hole would utterly destroy Earth by the time it passed within a few thousand light years.
First of all, every black hole has the same size ... its length, width, height, radius, depth, diameter, area, and volume are all zero. What varies from one black hole to another is their mass. Next, black holes don't reach out and grab things that happen to be passing by. Outside of the hole's "event horizon" it has the same influence as any other object with the same mass. Other bodies that pass a black hole at a distance at which they're moving slower than escape velocity will settle into orbit around the hole.
Light travels through the hole in the black paper as the paper blocks the light's path except for the hole, allowing a beam of light to pass through. The beam of light will be more focused and directional due to the small size of the hole.
Time slows down near a black hole due to the intense gravitational pull it exerts. This gravitational force warps spacetime, causing time to pass more slowly for an observer near the black hole compared to someone farther away.