Seeing as nobody has answered I will.
Im not entirely sure so double check with a physics teacher but
once its absorbed the fabric slightly heats up. like 0.0005 degrees.
When absorbed reflection of sound is prevented.
The vibrations in the air (sound) get absorbed by the walls.
When you scream into a pillow, the sound waves produced by your voice are absorbed by the pillow's material, which dampens their intensity. The soft fibers and structure of the pillow disperse and trap the sound waves, reducing their reflection and transmission. As a result, the sound is muffled, and less sound energy escapes into the surrounding environment, making it quieter.
It means that the sound wave goes toward the canyon wall, and then a wave carrying part of the energy comes back from the canyon wall. The remaining energy will be absorbed or will pass through.
Actually, photosynthesis does not require sound energy to occur. It primarily relies on light energy from the sun, which is absorbed by chlorophyll in plant cells to convert carbon dioxide and water into glucose and oxygen. Sound does not play a direct role in this process.
Consider the difference in sound between a large empty room that only has hard walls to reflect sound compared to a room with different kind of furniture and curtains or drapes. An echo occurs when sound (sound waves) reach a solid object that reflects the sound away and back to where it originated. If there is no echo than any or all of the following occurred:The sound waves were reflected in a different direction.The sound waves were absorbed when they reached a soft material that does not reflect sound well. The sound energy is converted to smaller vibration in the material which dissipate.The sound waves were attenuated (lessened) as they traveled through the air until it was inaudible (couldn't be heard). Some of the waves are absorbed by the ground, grass, trees or bounced away by obstructions and the rest are absorbed by air particles which gain a little energy from it.Interestingly, the amount of air particles over water is less than over land and most people are aware that sound travels further over water.
The vibrations in the air (sound) get absorbed by the walls.
When a sound wave is absorbed, its sound energy is typically converted into low-level heat energy.
Sound energy can be absorbed, reflected, or transmitted when it encounters different surfaces. Absorption occurs when the sound energy is taken in by a material, reflection happens when sound bounces off a surface, and transmission occurs when sound passes through a material. The amount of each process depends on the properties of the surface the sound hits.
When sound hits a surface, it is either transmitted through the material or reflected back out, similar as light is. When sound is transmitted through matter, it is diffused (or spread out) by said matter; and also a small portion of the sound is converted to energy (such as heat). This is based on my personal understanding, it may not be 100% accurate but I you out.
generally speaking, the sound is absorbed.
After a while, sound energy is usually absorbed, and converted to heat energy.
The energy of sound typically transforms into heat when it is absorbed by objects or materials in its path. This happens as sound waves cause the particles in the object to vibrate, leading to an increase in temperature.
An example of sound being absorbed is when sound waves hit a soft surface like a carpet or acoustic foam, causing the material to absorb the sound energy rather than reflecting it back into the room. This absorption helps to reduce the overall noise level in a space by converting sound energy into heat energy.
Sound energy is absorbed when the material it encounters converts the sound waves into other forms of energy, such as heat. Materials that are soft and porous, like carpets or curtains, are good at absorbing sound energy. Sound energy is reflected when it bounces off a material without being absorbed, like when sound waves hit hard and smooth surfaces such as walls or floors.
When a sound wave is absorbed, its sound energy is typically converted to heat energy. The vibrations of the sound wave cause the molecules of the absorbing material to increase in kinetic energy, resulting in a rise in temperature.
Such sound would typically be absorbed after a time. When this happens, most of the energy will be converted to heat energy. In addition to above, the sound itself is kinetic energy which in moving ahead faces resistance or the friction of the medium that leads to convert sound energy into heat energy. Here, optical and thermodynamic phenomenon seems interlinked.
When a sound wave hits a wall, the amplitude of the wave decreases due to reflection. Some of the sound energy is absorbed by the wall, some is transmitted through it, and some is reflected back into the original space. This results in a decrease in the overall energy and amplitude of the sound wave.