can gravity bend sound waves?

Answer 1

At the outermost limits of the ionosphere which extends some one thousand kilometres above the surface of the earth individual atoms are held in position by the gravitational effect of binary electrons with frequencies of or above 150 hertz (that is with small particle orbit diameters of 2000 kilometres or more) held captive by atoms at the surface of the earth.

The orbit of the small particle of a binary electron with a frequency of 0.3Hz at the earth’s surface is large enough to encompass the moon. The combined attractive force of incalculable numbers of very low frequency binary electrons at the earth’s surface (acting in unison with very low frequency binary electrons at the surfaces of the sun and moon) exert sufficient force to hold the moon in orbit.

The sun, which is 330,000 times more massive than the earth, exerts enormous gravitational force. The orbit of the small particle of a binary electron with a frequency of 0.001Hz at the surface of the sun will encompass the earth. Colossal numbers of binary electrons within the suns mass exert sufficient influence to hold the earth in orbit.

(Those who take an interest in calculation will notice that the moon is approximately one eightieth of the mass of the earth and therefore too massive to be held in orbit by the earth acting alone. It should be remembered that the moon like the earth is held in solar orbit. The gravitational influence of the earth serves only to modify the shape of the lunar orbit from a simple independent solar orbit to the more complex shape of a planetary satellite).

Binary electrons with frequencies as low as 0.000025Hz at the surface of the sun have just enough influence to hold the remote planet Pluto in orbit. At some point beyond the orbit of Pluto (which has an average orbit of 5.8 billion kilometres from the sun) the small particles of binary electrons, whose large particle remains at the surface of the sun, have insufficient influence to hold matter within the solar system.

It has already been noted (see Atoms above) that the combined mass of all the planets in the solar system is closely related to the total mass of electrons within the body of the sun. From this it can be inferred that it requires some 1800 binary electrons within the body of the sun to hold one atom in orbit. This appears to be the factor which determines the quantity of matter which can be held in solar orbit. The total mass of matter which can be held in solar orbit cannot exceed the total mass of electrons associated with atoms which form the body of the sun.

Answer 2

Yes Defenetely It Is Possible.Gravity Affact The Sound Waves.Waves May Be Bend Becouse Of The Empact Of Gravity Is Present Everywhere And sound Waves are Just The Scensation In The Air And The Because Of Effact Of Gravity The Earth Revolvs The Sun ,The Earth Revolving The Moon.The Black Hole Is The Result Of Gravity.And By The Law Of Relativity Everything In The World Is Affacted By Each Other In Some Manner.

Answer 3

Light is a wave (simplification)
part of Einsteins theory was proved by measuring how much the light from the sun was "bent" by the gravity of the moon during an eclipse (it wasn't much but it did help establish the theory)

Sound is also a wave

Light has a much higher "frequency" than sound
and Radio and television frequencies fall in between light and sound (frequency-wise).

frequency can also be expressed as a taking a certain length of time (or "period" of time) to complete one full cycle of the wave.

anyway to answer your question YES gravity can bend sound waves, in fact if you have enough gravity (think black holes here) you can bend or even crush pretty much anything that we know of including the nuclei of atoms.

Scientist have been attempting for many years to come up with what they call the "Unified Field Theory" So there are still plenty of cool things to do in physics -- After all -- God wouldn't want us to get bored, now would He?

see: http://en.wikipedia.org/wiki/Unified_field_theory

Answer 4

Gravity can only bend sound waves to the extent that it bends the medium through which the sound is travelling. Remember sound cannot travel through a vacuum, which is virtually what outer space is.

Sound can travel through a solid, a liquid and a gas. Consider a metal beam suspended at each end. The beam will sag in the middle due to gravity. So, if you hit one end with a hammer, the sound will follow the shape of the beam to the other end, so since the metal beam is bent by gravity, the path of the sound is bent by gravity. The same can be said for sound in a liquid and a gas.

Answer 5

Look at it this way -- what we call gravity is the bending of space by some mass. Our atmosphere where sound waves exist is part of space and therefore influenced to some extent by gravity. So, yes...sound waves are "bent" by gravity.

Answer 6

Interesting question..
I don't believe I have ever heard this question before...
I suspect that enough gravity could indeed bend sound waves...

Answer 7

I think it does.. do some research on radio frequency (rf). I believe you'll find that certain frequencies bend according to gravitation pull.

Answer 8

Yes

Answer 9

They always bend and twist also. Otheriwse how is it possible that you speak in one direction and the person in the opposite direction gets it?.

Answer 10

yes!!! sound is vibrations of air. air responds to gravity because its matter. why wouldnt it be bent???