Guitar sound waves may vary. They travel way back to when you were born.
Bass guitar by FAR. Even if you're talking about a bass flute, a bass guitar would still be almost 2 octaves lower.
Gamma rays are very high energetic rays whereas radio waves are very weak in strength. However, radio waves can travel far distances and have large wavelength. Radio waves have large application in the field of telecommunication.
A guitar is a far more complex structure than a tuning fork, and has more harmonics. The whole design of a tuning fork is intended to give as simple and pure a sound as possible, since that is the easiest type of sound to use when you are trying to tune an instrument. You wouldn't want harmonics in a tuning fork.
If it is a EF 325 src made in Japan for the japan market then it is worth about 1000 dollars USA. It has a far far better miked sound then the jj325. Actually the sound is incredible on my ef325 src. Wouldn't sale it or trade it for anything.
Yes it can. When you plug in a semi hollow guitar, what you get is an electrified semi hollow sound. I set my tone about half way, and the treble at slightly less using only the forward [bass] pickup. They sound quite nice even unplugged.
far away
sound waves travel faster slower than light waves In air, sound travels around 300m/s.
Sound waves require a medium to travel through to propagate from point A to point B. In space there is no such medium, so sound does not travel in space.
Radio wave travel faster than sound wave. Radio wave is the same as light wave except at different wavelength. It travel at speed of light (3 x 108 m/s). Sound wave travel at only 330 m/s and probably can go up to 3,300 m/s in solid medium which is far slower than the speed of light.
Sound waves travel fastest through solids as the molecules are tightly paced in solids. While in LIQUIDS and GASES molecules are far apart and there is a lesser chance of molecules striking one another.
The atoms are closer together so the sound waves do not have to go as far between atoms. It travels better through solids
Sound waves travel faster in warmer air. If the temperature of the air near the ground is colder than air higher up, then sound waves traveling slightly upward will bend downward. This tends to "focus" the sound waves back toward the ground and can help amplify the sounds when you are far away.
Electromagnetic waves travel as streams of particles, thus being able to move through a vacuum. For example, light reaches the earth from the sun and other far away stars. You can compare this with sound waves which requires a medium such as air or water to travel through.
no but the reason they can be heard so far away is because the sound waves travel much farther than higher pitch sound waves. google image sound waves. since lower ones are flatter they can do this and they can penetrate through physical obstacles. for example whales communicate with low frequency sounds and thus they can talk to a fellow whale miles and miles away
As far as I know, it's the other way round - they tend to travel faster in solids. Of course, it all depends on the specific solid, liquid, or gas.
Sound travels the best through a solid. Since the molecules in a solid are closer together than in a gas or liquid the sound waves don't have to travel as far to reach the next molecule.
4 perhaps even 5