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Jivari
''Javārī'', (also: 'joārī', 'juvārī', 'jvārī' (alternately transcribed 'jawārī', 'jowārī', 'joyārī', 'juwārī', and 'jwārī')) in Indian classical music refers to the overtone-rich "buzzing" sound characteristic of classical Indian string instruments such as the tanpura, sitar, surbahar, rudra veena and Sarasvati veena. ''Javari'' can refer to the acoustic phenomenon itself and to the meticulously carved bone, ivory or wooden bridges that support the strings on the sounding board and produce this particular effect. A similar sort of bridge is used on traditional Ethiopian lyres, as well as on the ancient Greek kithara, and the "bray pins" of some early European harps operated on the same principle. A similar sound effect, called in Japanese sawari, is used on some traditional Japanese instruments as well. Under the strings of tanpuras, which are unfretted (unstopped), and occasionally under those bass drone strings of sitars and surbahars which are seldom fret ...
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Sitar Jawari
The sitar ( or ; ) is a plucked stringed instrument, originating from the Indian subcontinent, used in Hindustani classical music. The instrument was invented in medieval India, flourished in the 18th century, and arrived at its present form in 19th-century India. Khusrau Khan, an 18th century figure of Mughal Empire has been identified by modern scholarship as the originator of Sitar. According to most historians he developed sitar from setar, an Iranian instrument of Abbasid or Safavid origin. Another view supported by a minority of scholars is that Khusrau Khan developed it from ''Veena''. Used widely throughout the Indian subcontinent, the sitar became popularly known in the wider world through the works of Ravi Shankar, beginning in the late 1950s and early 1960s. In the 1960s, a short-lived trend arose for the use of the sitar in Western popular music, with the instrument appearing on tracks by bands such as the Beatles, the Doors, the Rolling Stones and others. Etymolog ...
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Tanpura
The tanpura (), also referred to as tambura and tanpuri, is a long-necked plucked string instrument, originating in India, found in various forms in Indian music. It does not play melody, but rather supports and sustains the melody of another instrument or singer by providing a continuous harmonic bourdon or drone. A tanpura is not played in rhythm with the soloist or percussionist: as the precise timing of plucking a cycle of four strings in a continuous loop is a determinant factor in the resultant sound, it is played unchangingly during the complete performance. The repeated cycle of plucking all strings creates the sonic canvas on which the melody of the raga is drawn. The combined sound of all strings–each string a fundamental tone with its own spectrum of overtones–supports and blends with the external tones sung or played by the soloist. Hindustani musicians favour the term ''tanpura'' whereas Carnatic musicians say ''tambura''; ''tanpuri'' is a smaller varian ...
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Sitar
The sitar ( or ; ) is a plucked stringed instrument, originating from the Indian subcontinent, used in Hindustani classical music. The instrument was invented in medieval India, flourished in the 18th century, and arrived at its present form in 19th-century India. Khusrau Khan, an 18th century figure of Mughal Empire has been identified by modern scholarship as the originator of Sitar. According to most historians he developed sitar from setar, an Iranian instrument of Abbasid or Safavid origin. Another view supported by a minority of scholars is that Khusrau Khan developed it from ''Veena''. Used widely throughout the Indian subcontinent, the sitar became popularly known in the wider world through the works of Ravi Shankar, beginning in the late 1950s and early 1960s. In the 1960s, a short-lived trend arose for the use of the sitar in Western popular music, with the instrument appearing on tracks by bands such as the Beatles, the Doors, the Rolling Stones and others. Etymol ...
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Sound Board (music)
A sound board, or soundboard, is the surface of a string instrument that the strings vibrate against, usually via some sort of bridge. Pianos, guitars, banjos, and many other stringed instruments incorporate soundboards. The resonant properties of the sound board and the interior of the instrument greatly increase the loudness of the vibrating strings. "The soundboard is probably the most important element of a guitar in terms of its influence on the quality of the instrument's tone ."Sloane, Irving (1989). ''Classic Guitar Construction'', p.20. Bold Strummer. . "The sound board is the most important element in the guitar." The sound board operates by the principle of forced vibration. The string gently vibrates the board, and despite their differences in size and composition, makes the board vibrate at exactly the same frequency. This produces the same sound as the string alone, differing only in timbre. The string would produce the same amount of energy without the board p ...
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Indian Musical Instruments
Indian musical instruments can be broadly classified according to the Hornbostel–Sachs system into four categories: chordophones (string instruments), aerophones (wind instruments), membranophones (drums) and idiophones (non-drum percussion instruments). Chordophones Plucked strings Bowed strings * Chikara * Dhantara * Dilruba * Ektara violin * Esraj * Kamaicha * Kingri (string instrument) * Mayuri Vina or Taus * Onavillu * Behala (violin type) * Pena (musical instrument) * Pinaka vina * Pulluvan Veena - one stringed violin * Ravanahatha * Sarangi * Classical Sarangi * Sarinda * Tar Shehnai * Villu Paatu - arched bow instrument + Behala - Bengal Murshidabad Violin Persian "Behaaleh" (Restless) Other string instruments * Gethu or Jhallari – struck tanpura * Gubguba or Jamuku (khamak) * Pulluvan kutam * Santoor – Hammered dulcimer Aerophones Single reed *Pepa *Pungi or Been Double reed * Kuzhal * Mukhavina * Nadaswaram * Shehnai * Sundari * Ta ...
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Prism (optics)
An optical prism is a transparent optics, optical element with flat, polished surfaces that are designed to refraction, refract light. At least one surface must be angled — elements with two parallel surfaces are ''not'' prisms. The most familiar type of optical prism is the triangular prism, which has a triangular base and rectangular sides. Not all optical prisms are prism (geometry), geometric prisms, and not all geometric prisms would count as an optical prism. Prisms can be made from any material that is transparent to the wavelengths for which they are designed. Typical materials include glass, acrylic glass, acrylic and fluorite#Optics, fluorite. A dispersive prism can be used to break white#White light, white light up into its constituent spectral colors (the colors of the rainbow) as described in the following section. Other types of prisms noted below can be used to reflection (physics), reflect light, or to split light into components with different polarization (w ...
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Refraction
In physics, refraction is the redirection of a wave as it passes from one medium to another. The redirection can be caused by the wave's change in speed or by a change in the medium. Refraction of light is the most commonly observed phenomenon, but other waves such as sound waves and water waves also experience refraction. How much a wave is refracted is determined by the change in wave speed and the initial direction of wave propagation relative to the direction of change in speed. For light, refraction follows Snell's law, which states that, for a given pair of media, the ratio of the sines of the angle of incidence ''θ1'' and angle of refraction ''θ2'' is equal to the ratio of phase velocities (''v''1 / ''v''2) in the two media, or equivalently, to the refractive indices (''n''2 / ''n''1) of the two media. :\frac =\frac=\frac Optical prisms and lenses use refraction to redirect light, as does the human eye. The refractive index of materials varies with the wavelengt ...
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Tuning Peg
A variety of methods are used to tune different stringed instruments. Most change the pitch produced when the string is played by adjusting the tension of the strings. A tuning peg in a pegbox is perhaps the most common system. A peg has a grip or knob on it to allow it to be turned. A tuning pin is a tuning peg with a detachable grip, called a tuning lever. The socket on the tuning lever fits over the pin and allows it to be turned. Tuning pins are used on instruments where there is no space for a knob on each string, such as pianos and harps. Turning the peg or pin tightens or loosens the string. Some tuning pegs and pins are tapered, some threaded. Some tuning pegs are ornamented with shell, metal, or plastic inlays, beads (pips) or rings. Other tuning systems include screw-and-lever tuners, geared tuners, and the konso friction tuning system (using braided leather rings). Pegbox A pegbox is the part of certain stringed musical instruments (violin, viola, cello, double ...
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Musical Tuning
In music, there are two common meanings for tuning: * Tuning practice, the act of tuning an instrument or voice. * Tuning systems, the various systems of pitches used to tune an instrument, and their theoretical bases. Tuning practice Tuning is the process of adjusting the pitch of one or many tones from musical instruments to establish typical intervals between these tones. Tuning is usually based on a fixed reference, such as A = 440 Hz. The term "''out of tune''" refers to a pitch/tone that is either too high (sharp) or too low (flat) in relation to a given reference pitch. While an instrument might be in tune relative to its own range of notes, it may not be considered 'in tune' if it does not match the chosen reference pitch. Some instruments become 'out of tune' with temperature, humidity, damage, or simply time, and must be readjusted or repaired. Different methods of sound production require different methods of adjustment: * Tuning to a pitch with one's voic ...
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Sawari
In traditional Japanese music, ''sawari'' is the name of a buzzy sound quality, or timbre, that is often found in and/or expected of certain traditional stringed instruments. In the shamisen, for example, the sound quality is produced by the first, or lowest string, which is purposely laid lower than the rest of the strings at the nut of the instrument. This placement of the string allows the string not only to have a characteristic buzzy timbre, but it also allows it to resonate sympathetically when the other strings are plucked. In modern versions of the instrument, the neck of the shamisen is equipped with an adjustment device that allows the player to raise or lower the 1st string at will, thereby adjusting the quality of the "sawari." The device itself is often called "sawari" by shamisen players and makers. The biwa, particularly the satsuma biwa is another Japanese instrument which is known for its sawari. The make of the instrument is such that the strings are stopped by ...
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Kithara
The kithara (or Latinized cithara) ( el, κιθάρα, translit=kithāra, lat, cithara) was an ancient Greek musical instrument in the yoke lutes family. In modern Greek the word ''kithara'' has come to mean "guitar", a word which etymologically stems from ''kithara''. The cithara was a seven-stringed professional version of the lyre, which was regarded as a rustic, or folk instrument, appropriate for teaching music to beginners. As opposed to the simpler lyre, the cithara was primarily used by professional musicians, called kitharodes. The cithara's origins are likely Anatolian.  popular in the eastern Aegean and ancient Anatolia. Uses Whereas the basic lyra was widely used as a teaching instrument in boys’ schools, the cithara was a virtuoso's instrument, generally known as requiring a great deal of skill. The cithara was played primarily to accompany dance, epic recitations, rhapsodies, odes, and lyric songs. It was also played solo at the receptions, ban ...
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Bridge (instrument)
A bridge is a device that supports the strings on a stringed musical instrument and transmits the vibration of those strings to another structural component of the instrument—typically a soundboard, such as the top of a guitar or violin—which transfers the sound to the surrounding air. Depending on the instrument, the bridge may be made of carved wood (violin family instruments, acoustic guitars and some jazz guitars), metal (electric guitars such as the Fender Telecaster) or other materials. The bridge supports the strings and holds them over the body of the instrument under tension. Explanation Most stringed instruments produce sound through the application of energy to the strings, which sets them into vibratory motion, creating musical sounds. The strings alone, however, produce only a faint sound because they displace only a small volume of air as they vibrate. Consequently, the sound of the strings alone requires impedance matching to the surrounding air by transmi ...
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