Upon falling towards a black hole the "front" is pulled more than the "back" causing objects to stretch.
If the sun were to be sucked by a black hole, it would be ripped apart and stretched into a process known as spaghettification. As the sun gets closer to the black hole, the extreme gravitational forces would cause a strong tidal force that would stretch the sun into long, thin streams of matter. Ultimately, the mass and energy of the sun would be absorbed by the black hole.
When a rocket gets too close to a black hole, it would experience a phenomenon called spaghettification. The immense gravitational pull of the black hole would stretch the rocket into long, thin strands like spaghetti, ultimately tearing it apart. The remains of the rocket would be sucked into the black hole, adding to its mass.
The term black hole is a misnomer that implies the notion of a hole; there is no hole, so there is no hole foe light to escape into another multidimensional place. A black hole is a spherical volume of immense gravitational attraction. The interface presented towards the outside world, called the event horizon is not really a physical boundary: it's merely the point beyond which not even light can hope to escape the gravitational pull of the black hole.
The concept of travelling through a worm hole is still science fiction. In fact the concept of a worm hole is still hypothetical. Until a worm hole is actually discovered, it is unlikely that we will ever know, if then.
The odd thing about black holes is that they could potentially come in any size - they could even be microscopic. An object is a black hole if its radius is smaller than its Schwarzschild radius, given by the formula r = 2Gm/(c^2), where G is the gravitational constant, c is the speed of light, and m is the mass; this holds true for any mass - a black hole the mass of our sun would be about 3 km radius; one the mass of earth would be about the size of a marble. The largest known black hole to date is over ten times the size of the orbit of Neptune - and the smallest could be immeasurably "thin". The smaller black holes are believed to be unstable and 'evaporate' the most quickly due to the Hawking radiation mechanism, and so, they may not last for very long.
If the sun were to be sucked by a black hole, it would be ripped apart and stretched into a process known as spaghettification. As the sun gets closer to the black hole, the extreme gravitational forces would cause a strong tidal force that would stretch the sun into long, thin streams of matter. Ultimately, the mass and energy of the sun would be absorbed by the black hole.
malleability and tensile strength.
Swampy's Underground Adventures - 2012 Stretched Thin 1-8 was released on: USA: 20 December 2012
At the entrance to the vagina, it is a thin membrane stretched across the entrance.
When a rocket gets too close to a black hole, it would experience a phenomenon called spaghettification. The immense gravitational pull of the black hole would stretch the rocket into long, thin strands like spaghetti, ultimately tearing it apart. The remains of the rocket would be sucked into the black hole, adding to its mass.
The term black hole is a misnomer that implies the notion of a hole; there is no hole, so there is no hole foe light to escape into another multidimensional place. A black hole is a spherical volume of immense gravitational attraction. The interface presented towards the outside world, called the event horizon is not really a physical boundary: it's merely the point beyond which not even light can hope to escape the gravitational pull of the black hole.
No active force can be generated.
Metal is ductile when it is capable of being stretched into a thin wire.
It is a type of a black hole only. It is a very thin ring of thickness of few millimetres. Anything passing it tangentially gets trapped into it.
I got a metal rubbish can and pulled the bottom out. then i stretched some cowhide over it. (I live On A farm so it wasnt so hard to get some. try thin leather instead)
ductile, meaning that it can be deformed without breaking and can be stretched into a thin wire shape. This property is the result of the metallic bonds between atoms in the metal, which allow for the movement of atoms without causing structural failure.
You would be long dead before you even reached it a black hole has so much gravity you would be long dead before you even got there. Although saying you did survive you would get sucked in like a noodel than hit the core made of the densist pact atoms in the universe.