The light looks like a huge cross in space! It's cool!
it looks like on tv when a black hole blows up but with a bright light
You might think it would look amazing and scary! But... no. Black holes suck in light so it is not visible.
It would not accelerate because it does not go straight in.As it turns out ,nothing does.Everything that goes in spirals in , like water going down a drain. If space time is the tub or sink ,the black hole is the drain and the matter (in this case light)is the water,the water spirales in.It would look to an outside observer like the light is turning red. This is because it decelerates.If light sped up it would be able to escape the black hole and we would see the black hole and it would not be a black hole.
The extent of gravity near a black hole is terriifically huge - so huge that even particles of light are drawn into it. If the light particles are drawn into the black hole, they obviously cannot radiate outward so that we could see them.
Yes your indeed correct
A white hole is a theoretical concept in astrophysics that is the opposite of a black hole. While a black hole is a region in space where gravity is so strong that nothing, not even light, can escape, a white hole is a hypothetical region where matter and light can only escape and nothing can enter. In terms of appearance, a white hole would appear as a bright, glowing object emitting energy and matter, in contrast to the dark, invisible nature of a black hole.
We cannot see black holes because no light comes from them1. They are so gravitationally massive that even light cannot escape from a black hole, thus the name black hole.1 While there is an emission of matter and energy, called Hawking radiation, that theoretically radiates from the perimiter of a black hole, no energy of any kind (including Hawking radiation) escapes from inside the black hole.
From Earth, a black hole would appear as a dark, featureless region in space, surrounded by a glowing ring of hot gas and dust spiraling into it. The black hole itself would not emit any light, making it invisible to the naked eye.
Short Answer: Though a black hole does not emit light, it does distort light that passes nearby and as a result, if we ever got a clear look at a black hole, we would see not the blackness but the odd distortion it caused to the appearance of objects behind it. We do not, however, get a chance to see black holes clearly because they always seem to be in the process of devouring thousands of stars at the center of their galaxies. We do see that clearly because, as a black hole devours matter, it causes tremendous radiation from the matter as it is accelerated into the black hole. Better Answer: One can not see a black hole. No light ever exits a black hole. There is an "edge" of space around a black hole called the event horizon and nothing ever gets out once it passes that point, so there is no reflection from a black hole. That said, there is a simple phenomenon that is basically like a shadow that allows one to "see" a black hole. If an observer is on the opposite side of a black hole from a distant set of stars, the star field will look like it has a distortion. It is not exactly like holding up a black ball in front of a bunch of stars because the black hole distorts light that passes near it. The gravity of the back hole causes a beam of light to bend towards it if it gets close, so light from the star field behind a black hole will appear distorted. Knowing this, a person could work backwards and figure out the cause of the distortion was a black hole and even tell something about the size and other properties of a black hole from the distortion. That said, such a thing is never observed. In reality, black holes that we know about all have a million or billion stars around them all hugely disrupted and blazing so one can't actually see what it is they are surrounding. So, the fact that there are these examples of highly distorted stars emitting horrendous amounts of radiation at the center of many galaxies tells us there is a black hole causing the havoc. The extraordinary nature of radiation coming from stars at the center of our own galaxy, the Milky Way, tells us that we have our own black hole.
black hole got it's name because when look at a black hole, you only see black. also if you drop an item in the black hole the item is gone because there is a hole in there. so that's how black hole get's its name
Since light cannot escape a black hole it is essentially invisible. Just a literal black hole in space. Fortunately, due to the extreme gravity of the singularity, light is bent (Gravitational lensing) around the outskirts of a black hole which causes a visual distortion of light.Think of a piece of metal with a bullet hole. Around the hole the metal is warped, distorted and pressed inward. That is how you would see a black hole except it would be much more difficult to see. If a black hole eclipsed a star close enough, you would see a round black emptiness surrounded by light. The hole itself is absorbing every bit of light from the star but some light is orbiting *around* the black hole as it's being sucked in causing a kind of halo. This is essentially how we look for black holes.
The black color of a keyhole is due to the absence of light entering it. Light is absorbed or scattered by the materials surrounding the keyhole, making it appear dark in contrast. Additionally, the inside of the keyhole may be painted black to reduce reflection or to provide a uniform appearance.