Tidal force is consequential to the inverse-square law of gravity; the further you are from another mass, the less force you would feel. Hence the side of any body closest to a mass feels a greater pull than the side furthest from it. At large distances or over very small lengths this difference is quite small; however, the closer you are to a large mass, the more apparent it will become. Since the mass of a black hole is highly concentrated, the tidal effect near it is very pronounced and would cause 'spaghettification' or linear stretching and lateral compression into a long thin shape like spaghetti; the effect being so powerful it would stretch to the point of disintegration even the strongest known materials. Near the event horizon of a particularly large black hole such as a supermassive one at a galactic core, the tidal effect would not be as noticeable as a much smaller stellar mass black hole.
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.
10^6M Sun Black Hole
In fact you would die outside a black hole. At least in the case of a stellar-mass black hole, the tidal forces, i.e. difference in gravity between your head and your feet, would be strong enough to tear you apart before you reach the event horizon.
Yes. Anything with mass has gravity and thus tidal forces. Tidal forces are a consequence of the fact that the strength of gravity from an object depends on the distance from its center of mass. For example, since your feet are closer to Earth's center than your head is, they experience a stronger gravitational pull than your head does. However since that difference is tiny compared with Earth's radius, the tidal force you experience is much too small to be felt. With a black hole, however, you an get much closer to the center of mass than you can with any other object of similar mass. Tidal forces near a stellar mass black hole are enormous.
You die. Long before you reach the singularity, you would be torn apart by tidal forces.
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.
No, you'd die from tidal forces and ionizing radiation long before you crossed the event horizon and entered the black hole itself.
They know because the effect the black hole has on other matter.
10^6M Sun Black Hole
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.
Things falling into a black hole are ripped apart by tidal force, become a stream of their constituent atoms. These atoms are further shredded by the time they reach the singularity, and the mass of what is sucked in is added to the mass of the black hole.
No. The sun does not have enough mass to form a black hole. A black hole does not lead to another galaxy. Anything pulled into a black hole becomes part of that black hole's mass. Even then, if Earth were to fall into a black hole the same mass as the sun it would be torn apart by tidal forces long before it crossed the event horizon.
You would not; you wouldn't survive the tidal forces as you came near the black hole. Your atoms would fall into the event horizon, but your molecules would be destroyed before then.
In fact you would die outside a black hole. At least in the case of a stellar-mass black hole, the tidal forces, i.e. difference in gravity between your head and your feet, would be strong enough to tear you apart before you reach the event horizon.
Black hole has very strong gravitional force thats why if any things near from this black hole swalled this
Yes. Anything with mass has gravity and thus tidal forces. Tidal forces are a consequence of the fact that the strength of gravity from an object depends on the distance from its center of mass. For example, since your feet are closer to Earth's center than your head is, they experience a stronger gravitational pull than your head does. However since that difference is tiny compared with Earth's radius, the tidal force you experience is much too small to be felt. With a black hole, however, you an get much closer to the center of mass than you can with any other object of similar mass. Tidal forces near a stellar mass black hole are enormous.
You die. Long before you reach the singularity, you would be torn apart by tidal forces.