its the best medium that sound can travel through,the next is liquid and the slowest is gas the reason for this is because First, sound is mechanical energy. It needs a medium to travel through. The energy is transferred into the medium, and the medium carries it through itself. That's propagation, and you probably already knew most or all of that. But we need to start at the beginning, so let's jump.
When something moves to create sound, either continuously like a guitar string, or "just once" like when a hammer strikes a nail head, the action creates pressure waves or a pressure wave. The pressure wave or waves are actually atoms or molecules "pushing against" each other in response to the action causing the sound. The "pushing against" each other is the transfer of the mechanical energy of sound through whatever is "conducting" that energy. That's how sound is transmitted (and why sound can't travel through a vacuum). The medium is carrying the mechanical energy of the wave. So the action of atoms or molecules shoving each other "over" to conduct the sound, this compression of them, has an opposite action, which we call rarifaction.
its the best medium sound travels through,the next is liquid then the slowest is gas. the reason why is becauseFirst, sound is mechanical energy. It needs a medium to travel through. The energy is transferred into the medium, and the medium carries it through itself. That's propagation, and you probably already knew most or all of that. But we need to start at the beginning, so let's jump.
When something moves to create sound, either continuously like a guitar string, or "just once" like when a hammer strikes a nail head, the action creates pressure waves or a pressure wave. The pressure wave or waves are actually atoms or molecules "pushing against" each other in response to the action causing the sound. The "pushing against" each other is the transfer of the mechanical energy of sound through whatever is "conducting" that energy. That's how sound is transmitted (and why sound can't travel through a vacuum). The medium is carrying the mechanical energy of the wave. So the action of atoms or molecules shoving each other "over" to conduct the sound, this compression of them, has an opposite action, which we call rarifaction.
The bad thing about sound energy is that it doesn't travel as well through air as it does through a solid such as wood, or water.
Sound can travel through most solid objects, as well as liquids. The vibrations transfer from molecule to molecule, but can be refracted or reflected by gaps or distortions within the matter.
Sound travels faster through some solid because, in general, the particles are packed more closely together. This transfers the sound wave faster. Other solids do not transmit sound well at all.
nothingA sound wave is a mechanical wave that can travel through any gasses, liquids, or solids. sound waves can not travel in outer space because there is nothing for the wave to travel through.Sound is vibration. Thus, it travels through anything that has mass. While it can travel through the air, the travel time and the clarity get better and better as the object gets denser and denser. Seeing as space has no mass, sound cannot travel in space.
Sound waves transmit sound through a solid, as well as air and water. Sound waves cannot be transmitted through a vacuum.
All the molecules are packed in tight and in an orderly fashion so the sound can travel faster through it. Gases have molecules away from each other so the sound cannot be passed through the vibrating and bouncing molecules so well.
it depends on how much ice cream you've eaten
Well light is an electromagnetic wave and it pushes itself through space ,but sound requires particles to travel through and if there are no particles for it to travel through you have no sound
Better than through a vacuum, not as well (or as rapidly) as through a liquid or a solid.
2.4 decibles
I am not sure about wood, but sound travels through water VERY well.
Vibrations travel through the material, just as they would in air. How well they travel through depends on the material.