marimar montoya
The sound is the better and bronze looks better. It is much tougher and it can withstand rust.
We will find surfaces that are hard and flat to be the best reflectors of sound. To understand why, we need to review a couple of things about sound. Sound is mechanical energy. The source of the sound will put the sound (mechanical) energy into the medium through which that sound is going to travel. This causes some movement in the medium through which the sound is propagating. Surfaces that reflect sound best will not absorb the sound energy by moving. These surfaces will resist any movement and will thus not take any energy from the sound wave. This said, we'd expect a foam rubber wall will reflect far less sound energy than a concrete wall. Also, a wall that is flat will cause less scattering, which is a distributed redirection of the sound. A flat wall will allow sound to be reflected directly back toward the source (for sound arriving at a right angle to the wall). A wall that is made of cemented river stones, which are rounded, will scatter some of the sound energy and be less as good a reflector of that sound compared to a flat, smooth concrete wall.
You can hear a sound better in a liquid. This is because the molecules in a liquid are much closer together than the molecules in a gas, so vibrations travel much more easily through a liquid.
a raoaring and thundering sound
Sound travels best when it's in something which is tight - consider the "telephone" using two cups and a piece of string. When you warm anything up, it becomes more "loose" as the molecules become excited. (Ice is hard until you melt it. Tar is pretty stiff unless you heat it up.) So it follows that sound would travel *better* in a cold environment. There would be better transmission of the wave from one molecule to the next, and the molecules would typically be closer together, so it would theoretically travel a little faster. However, if the medium is air, this also depends hugely on the air pressure. As the pressure decreases, the molecules become more sparse (less dense), and it's more difficult for an affected molecule to pass on the waveform. So sound at the top of Everest may not travel as quickly as sound in the middle of the desert, despite the obvious temperature difference.
YES. they only sound better if it was Hi-Fi
Better for what?
Water, the denser the substance, the better it is at carrying sound waves.
The point of a car amplifier is the make music sound better, so in most cases all amplifier make music sound better.
Sound will travel better in string because speed of sound on solids is greater than that in air. As string is a solid so sound will travel faster (or better) in string than in air
A better sound card can increase performance in applications that support hardware accelerated sound, particularly in games.
Well for one, with a sound card you get to hear sound from your computer. But no really, with better or high end sound cards, you get clearer better sounding sounds from your PC. That's all there is to advantages from sound cards, You get sound...Lol.
it sounds better with your heart
Water- It is denser, and sound travels better through a denser substance.
Yes, the "e" in the first syllable of "better" (that is, "bet") has a short "e" sound.
Yes vinyl records sound better when it is the high quality version
Sound travels better through wood than water