Believe it or not wool is a solid. Its fibers vibrate when sound approaches it therefor the vibrations are used up and there is less sound coming out from the other end of the wool fiber. (I'm Not Sure If Its Al Right But I Do Know that wool does absorb sound and It Can Be Used In Ear Defenders Or Ear Muffs To Cancel Out Noise).
cotton
The differences between wool sock and regular cotton socks are the ability to absorb moisture and cost. Wool socks absorb more moisture but cost more. Cotton sock don't absorb moisture as well as wool socks but are cheaper.
It is believed that wool does dry faster than cotton. Many think that wool does not absorb moisture like cotton does.
Yes, sound can travel through cotton wool, but it will be dampened or muffled due to the fibers absorbing and dispersing the sound waves. Cotton wool is not a good conductor of sound compared to air or solid materials.
Bubble wrap is the best sound insulator out of cardboard, cotton wool, and bubble wrap. It is lightweight and has air pockets that help to absorb sound vibrations effectively. Additionally, bubble wrap is durable and can be easily applied to different surfaces for soundproofing purposes.
Cotton and wool fabrics are known to absorb the most amount of water compared to synthetic materials like polyester or nylon. This is because of the natural fibers in cotton and wool that have a higher capacity to absorb and retain water.
Cotton stains more easily than wol because the fibres absorb better than wool.
Cotton wool is a good insulator of sound because it is lightweight, porous, and fibrous, which allow it to trap and absorb sound waves effectively. This helps to reduce the vibrations of sound as it passes through the material, thereby reducing the amount of noise that can pass through.
is wool more absorbent than cotton
Cork and cotton are good soundproof materials because they are dense and have unique physical structures that help absorb sound waves and reduce vibrations. Cork has a cellular structure that traps sound waves and reduces their ability to travel through it. Cotton, when densely packed or layered, can also absorb sound waves effectively due to its fibrous nature.
Cotton's soft and porous fibers disperse sound waves, which causes them to lose energy and reduces the intensity of the sound. This absorption property is effective at dampening noise because the fibers trap the sound waves rather than reflecting them back into the environment.
Sound travels faster through air than through cotton wool. In air, sound travels at a speed of approximately 343 meters per second, while in cotton wool it would travel at a slower speed due to the material's denser and more absorbent nature.