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it absorbs sound well
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∙ 14y ago
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Do clocks absorb sound?
No they most definitely do not absorb sound
Why does cotton absorb sound?
Cotton absorb sound because it has small area that sound penetrate and doesn't reflect .
What are objects that absorb sound?
Usually, stuff that is soft will absorb sound.answ2. Sound is a vibration of air molecules, and anything that may be made to absorb energy from the molecules will absorb sound. If the material has soft fibres, and can allow the sound to penetrate easily, (is porous) then the collision of sound molecules with the fibres, will transfer the energy from the molecules to the inelastic fibres, where it will be dissipated as heat.
Do objects block sound?
no, they absorb it or the sound waves bounce off.
Does air absorb sound?
Deannas an idiot
Do clocks absorb sound?
No they most definitely do not absorb sound
What things absorb sound?
well sound is adsorbed by dence fabrics like carpet, yet wood amplifies sound (by a small margin). rugs, bed linin, blankets..... things like that.
Does concrete absorb sound?
No, concrete does not absorb sound as it very dense.
What sound is absorb sound?
reverberants
Why does cotton absorb sound?
Cotton absorb sound because it has small area that sound penetrate and doesn't reflect .
Does wood absorb water?
It does
Which is noiser carpet floors or wooden floors?
Wood floors are generally thought of as more noisy. The carpet is a textile which helps absorb some of the sound.
Wood absorbing water?
Yes water does absorb into wood!
Does blood and wood have the same vowel sound?
No, "blood" and "wood" do not have the same vowel sound. The vowel sound in "blood" is the "uh" sound, while the vowel sound in "wood" is the "oo" sound.
Does leather absorb sound?
no
Does wood or concrete absorb moisture better?
wood absorbs moisture better
What are objects that absorb sound?
Usually, stuff that is soft will absorb sound.answ2. Sound is a vibration of air molecules, and anything that may be made to absorb energy from the molecules will absorb sound. If the material has soft fibres, and can allow the sound to penetrate easily, (is porous) then the collision of sound molecules with the fibres, will transfer the energy from the molecules to the inelastic fibres, where it will be dissipated as heat.
