streched membrane
The membranes or heads of the dholak vibrate when struck with hands or sticks, producing sound. The tension of the heads and the force of impact determine the pitch and volume of the sound.
streched membrane
The skin of the drum vibrates to produce sound.
The strings.
The vibrating part of a dholak is the circular membrane, known as the puri, which is typically made of goat skin. This membrane is struck with the hands or a stick to produce the drum's sound.
The part of the tambourine that vibrates is the head, which is typically made of a synthetic material or animal skin. When struck, this membrane produces sound by vibrating, while the jingles or cymbals attached to the frame also add to the overall sound by creating a jingling effect. The combination of these elements creates the tambourine's distinctive sound.
We just learned about this in science class. Air vibrates throughout the tube part and out the bell to produce sound waves.
The membrane of tabla vibrates to produce a sound.
The eardrum
iys holes
In a radio, it is the speaker that vibrates to create sound. The electrical signals from the radio's circuitry are converted into physical vibrations by the speaker's diaphragm, producing audible sound waves.
In a stringed musical instrument, the part that vibrates in resonance with the sound waves produced by the strings is called the soundboard or the resonating body. This part amplifies and projects the sound created by the vibrating strings to produce audible music.