When sound reaches a boundary between two different media, some energy is reflected back, some is absorbed as heat, and some is transferred through the new medium.
The overall effect of this is that the sound is indeed quieter in the new medium than it was in the old.
There is no material sound can go through the quickest. Sound always have the same speed.
The sound of a clarinet gets louder as the musician blows harder into it. Also, the musician tightens the mouth to make the sound more stable, so you can make it even louder.To make the clarinet go quieter, you do not blow as much air into the clarinet.
The pitch of sound decreases and the speed of sound will increase. These effects are because of the increased density of the medium. This applies to most materials: only in rare occasions does the density of a material decrease with a decrease in temperature (iron, when it changes temperature at some points, for example), resulting in the opposite effect (ask for the opposite). If the temperature goes down, the pitch of woodwind instruments go down too, but the pitch of string instruments go up.
Whatever material you're moving through, you have to move faster than the speed of sound in that material.
go to a profesional to get a new muffler
No, it doesn't. Only when you're having an attack (or if you're just having trouble breathing) you have less air to talk and your voice goes quieter.
Sound travels by compression waves: transmission of sound requires particles (atoms, molecules) of the medium to be compressed and rarefied. There are more particles of material in dense objects and so sound travels faster.
I prefere October. Attractions are a lot quieter and the temperature is perfect .
Travel via the quieter inland highways.
Go And Ask the guy who invented cars you idiot
Speed control volume. Gets louder the faster you go and quieter the slower you go
The speed of sound varies a lot, depending on the material through which it passes, and (to a minor degree) the temperature. In air, the speed of sound is about 330 meters/second, but in solids, the speed of sound can be several times larger than that. And yes, it is possible for an object to go faster than the speed of sound. Certain jet plains do that regularly.