in a way, but there are still some there, humans just cant hear them.
sound waves dissapate depending on location
Sound propagate in the form of waves. Waves have energy so they propagate through the medium. Unless you can reflect it back , or damp the sound wave using some or the other way, it is virtually impossible to "stop" a sound in mid air
Sound doesn't damage hearing, decibles do.A large blast of sound could rupture the ear drums by destroying them. The sound is like a shockwave, spreading throughout your eardrum. Even if you listen to a sound less loud, overtime your eardrums will adjust and your hearing may dullen. The sounds are like waves that ripple through your ears.
No sometimes it goes away on it's own and there is a device to cancel out the waves now like a hearing aid
Plastic can help reduce sound waves from passing through, but it doesn't completely stop them. Thicker and denser plastic materials will be more effective at blocking sound. Sound can still travel through gaps or cracks in the plastic, so sealing the edges can improve soundproofing.
Metal is a good conductor of sound, so it can actually amplify sound rather than stop it. To stop sound from coming through, you would need to use materials that can absorb or dampen sound waves, such as thick walls with insulation or acoustic panels.
top stops working. you stop hearing the buzzing sound of the switch working.
A simple answer from a simple man. Sound waves travel until they hit something solid and then bounce back. Carpet and curtains are not even solid surfaces where sound waves can bounce back from. If they (the sound waves), have nothing to bounce from they stop traveling. The material of the carpet and curtain actually redirects the sound waves throughout the material instead of coming back to you.
Sound reduction works by absorbing, blocking, or reflecting sound waves to minimize their transmission. Absorption materials, like foam or fabric, convert sound energy into heat. Blocking materials, such as dense walls or barriers, physically stop sound waves from passing through. Reflection materials, like hard surfaces, redirect sound waves away from the listener. Combining these methods can effectively reduce noise levels in a space.
Wax in the ears is the most common cause, which make you stop from hearing.
Sound waves can be stopped or absorbed by dense materials such as walls, buildings, or soundproofing materials that prevent the waves from passing through. Additionally, sound waves can be reflected or refracted if they encounter surfaces that are not conducive to their propagation.
Foam is porous and absorbs sound waves by converting the sound energy into a small amount of heat. When sound waves enter the foam, they travel through the air pockets and are scattered and dissipated, reducing the noise that reaches the other side of the foam. This absorption property helps to reduce echo and reverberation, making the space quieter.