What happens when sound hits a thin membrane is that it vibrates the tympanic membrane. The tympanic membrane is also known as the eardrum.
The membrane (such as you eardrum) vibrates.
Ear Drum also known as the Typanic Membrane
serous
They vibrate the molecules in the substance they propagate in.A thin membrane will vibrate when hit by sound waves. This can be a ribbon element in a microphone or the tympanic membrane (eardrum) in an ear. This can also cause destruction of a structure. Certain bridges may be susceptible to sympathetic vibrations. The sound waves can cause the structure to start vibrating. These vibrations can increase in amplitude until the structure fails. The Tacoma narrows bridge (Galloping Gertie) failed from something similar, called aeroelastic flutter, which was caused by wind.
The walls of expensive chambers are fitted with foam wedges. The sound goes in and cannot come back out. Egg cartons, Blankets with form rubber behind them all soak up sound. A (not recommended) thin sheet of lead will work also. Sound hits it and does not bounce off it very well.
The membrane (such as you eardrum) vibrates.
tympanic membrane
The eardrum vibrates when sound waves reach it.
Ear Drum also known as the Typanic Membrane
The cell is spread too thin to absorb enough materials and it dies
plasma membrane
The cell membrane is the thin layer that holds cells together. Cell membranes are used as barriers and for protection.
The tympanic membrane, or ear drum. A thin piece of skin inside the ear that moves backwards and forwards when sound waves reach it
the membrane is called the mantel
respiratory membrane
the cell membrane is as flexible barrier outside of the cell.
The ear drum. the medical term is the tympanic membrane