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The xylophone (from Ancient Greek ξύλον (xúlon) 'wood' and φωνή (phōnḗ) 'sound, voice'; [1] [2] lit. ' sound of wood ' ) is a musical instrument in the percussion family that consists of wooden bars struck by mallets .
The balafon (pronounced / ˈ b æ l ə f ɒ n /, or, by analogy with xylophone etc., / ˈ b æ l ə f oʊ n /) is a gourd-resonated xylophone, a type of struck idiophone. [1] It is closely associated with the neighbouring Mandé, Bwaba Bobo, Senoufo and Gur peoples of West Africa, [1] [2] particularly the Guinean branch of the Mandinka ethnic group, [3] but is now found across West Africa from ...
The pattala (Burmese: ပတ္တလား patta.la:, Burmese pronunciation:; Mon: ဗာတ် ကလာ) is a Burmese xylophone, consisting of 24 bamboo slats called ywet (ရွက်) or asan (အဆံ) suspended over a boat-shaped resonating chamber. [1] [2] It is played with two padded mallets.
Sound sample: seven-note scale played on the Ranat ek. The ranat ek (Thai: ระนาดเอก, pronounced [ranâːt ʔèːk], "also xylophone") is a Thai musical instrument in the percussion family that consists of 22 wooden bars suspended by cords over a boat-shaped trough resonator and struck by two mallets.
A music box (American English) or musical box (British English) is an automatic musical instrument in a box that produces musical notes by using a set of pins placed on a revolving cylinder or disc to pluck the tuned teeth (or lamellae) of a steel comb.
In essence, sound is generated in the larynx by chopping up a steady flow of air into little puffs of sound waves. [30] The perceived pitch of a person's voice is determined by a number of different factors, most importantly the fundamental frequency of the sound generated by the larynx. The fundamental frequency is influenced by the length ...
The pipe organ is a musical instrument that produces sound by driving pressurised air (called wind) through the organ pipes selected from a keyboard.Because each pipe produces a single pitch, the pipes are provided in sets called ranks, each of which has a common timbre, volume, and construction throughout the keyboard compass.
Sound energy causes changes in the shape of these cells, which serves to amplify sound vibrations in a frequency specific manner. Lightly resting atop the longest cilia of the inner hair cells is the tectorial membrane, which moves back and forth with each cycle of sound, tilting the cilia, which is what elicits the hair cells' electrical ...