Can sound escape from a black hole?

Question

i know light can't, but does that mean sound can't either? plz explain

Answer 1

Sound is a vibration through matter. Since no matter can escape a black hole once it goes past the event horizon (the point where neither light nor matter can escape a black hole), no vibration can pass through. Outside the event horizon, all the destruction of matter falling in probably creates a great amount of noise. But sound will not pass through a black hole's event horizon.

Answer 2

No.
1. It's too slow. Even light can't escape from a black hole because even light isn't going fast enough. Everybody knows that sound is a lot slower than light.
2. There's no surrounding a black hole matter. Sound only travels through matter. A black hole doesn't have an atmosphere or anything because it's gravity would just pull it in.

Answer 3

Sound is produced only by interaction passed between molecules and often defined only as sound when it is heard by a creature capable of hearing. So, like the proverbial "tree in the Forrest" someone would need to be there to hear it. Even if one considers sound just the vibrations passed from molecule to molecule, the molecules would be moving toward the black hole much faster than the sound could travel so, no.

Answer 4

Black Holes MAY have a feature extending away from them. In some cases, this feature appears to be in excess of many light years' length. This feature may include a sonic component as well as a particle component with higher frequencies.
I am certain that if you were floating in space beside this feature, there would be a sonic energy presence, though it would be harmonics from the remainder of the activities.
Sooo, sound does not leave, but the feature which does leave may later demodulate to include sonic vibration with it.

Answer 5

Nothing escapes a black hole. It's not really a hole. If you could see one it would look like a black sphere. It is after all a star like our sun. It's name comes from the fact that unlike other stars it's dark. "Dark star" would have been a better name for it. It's not a passageway to anywhere the way they are portrayed in science fiction. Anything that gets near one ends up like a bug on a windshield

Answer 6

Black holes could be observed via accretion disks and polar jets that eject remember at relativistic speed. The galaxy M87 has a well known one, to illustrate. this would possibly not be remember escaping from a black hollow, in spite of the undeniable fact that, because of the fact it in no way reaches the form horizon. Black holes interior the technique of gobbling up remember style accretion disks, that's shop in mind that's torn aside and pulled right into a good orbit around the black hollow, slowely spiraling in. Friction reasons it to warmth up and emit x-rays. because it gets close to the black hollow's adventure horizon assorted the undertaking is ionozed via the bright magnetic container and shot alongside the magnetic axis. in basic terms a small fraction quite reaches the form horizon, at which factor not something can escape. Hawking radiation, via how, is a separate phenomenon via which very tiny quantities of radiation can quite escape the form horizon via a style of loop hollow in quantum physics.

Answer 7

Sound travels in matter. Also, higher the density higher the intensity of sound. As black hole is densest in the center so sound waves would be intense in the center and diminish at the periphery. thus sound waves would not escape from blackhole, since matter would also not escape.

Answer 8

It's a BLACK HOLE! If light can't escape it, what makes you think that an even slower thing such as sound can? Answer: NO!

Answer 9

I don't think there is sound in space anyways. If there was it wouldn't be able to escape. Light travels much faster and if that can't nothing will.

Answer 10

Nope.

There is no transmission of "Sound" in Space because there is no atmosphere, or fluid, or solid mass to conduct the sound waves. Please take the time to study the transmission of sound waves a little more extensively and you will see that sound is conducted by atomic particles banging into one another in waves - particles of air, particles of water, particles of wood, particles of iron, etc...Space is pretty close to a perfect vacuum...void of any particles, or at least so few per cubic meter as to be extremely hard to count.