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PHYSICAL MODELLING OF THE SITAR STRING Sadjad Siddiq Institut fur Musikwissenschaft 168 Universitat Wien Austria 168 sadjadsiddiq gmxat ABSTRACT The acoustic properties of the sitar string are studied with the aid of a physical model The nonlinearity of the string move ment caused by the bridge acting as an obstacle to the vibrating22 The sound formation of the sitar 221 The effect of the flat bridges Raman identified the flat bridges1 see Fig 4 of the sitar as the main reason for its distinctive sound Raman The bridge disturbs a free vi bration of the string which is resting on it varying the length of the vibrating part periodicaly Laws which
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How Does a Violin Produce Sound A violin produces sound through the vibration of its strings which occurs when the player draws the bow over the strings and sets them in motion From there the bridge of the violin transmits those vibrations to the back and front plate of the instrument causing the entire body of the violin to serve as a The resting place where the phrase ends which punctuates the music in the same way that a comma or period punctuates a sentence This may be inconclusive with a feeling of more to come or it may sound final as if the melody has reached its end
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Here are the musical instruments with their vibrating parts 1 Stretched Membrane is the vibrating part of Drum Tabla Mirdangam 2 Stretched string is the vibrating part of following Guitar Sitar Violin Veena Grand piano Cello Banjo harp 3 Air column is the vibrating part of following parts is critical to the intonation of the instrument The trumpet and trombone have cylindrical section of considerable length while the fluegelhorn French horn euphonium and tuba often referred to as instruments of conical bore are tapered throughout much of their length
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The primary role of the drum is to resonate with the vibration of the head The larger the volume of the resonating body the lower the characteristic frequency and the easier it is to resonate in the lower frequency band while the smaller the volume the easier it is to resonate in the higher frequency band Parts that need to be changed Dec 02 32 On the side farthest from the picks the string seems to make solid contact to fret the note The sitar buzzing sound seems to come from the strings repeatedly vibrating against the flat surface I bet it would still work if only the front side of the bar was flat the side closest to the picks
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What part of a sitar vibrates to make a sound its strings This vibrating part makes the air around it vibrate and these vibrations make the sound wav The part that vibrates is often a working of vibrating part of sitar working of vibrating part of sitar What part of a sitar vibrates to make a sound Answers What part of the sitar vibrate to produce sound its when Author of Telecommuting Mommies and the Maestro Mom blogs specializing in working from home
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what are the vibrating part of following objects a harmonium b tabla c flute d guitar e ghatam f manjira g noot h kartal i sitar j striking a pan Science SoundDec 15 32 Mr Xavier Haffman s answer is half true Ms Rati Bhatia should study before answering Sitar is not a Persian chordophone Having three strings does not mean that it is modern Sitar There are many references of 3 stringed Vina in old music text
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The principle is the same as that for the recorder However on the flute the lips fix the outlet for the breath while on the recorder the windway fixes the outlet for the breath As the breath is directed toward the edge of the embouchure hole high pressure sound waves pass through the tube and reach openings such as the end of the foot joint and the sound holVibrating material Vibrating material mans that part of the instrument which is added to the frame to create sound eg strings in sitar membrane in dholak etc The vibrating material in the hammered instruments is their main frame itself
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How Does a Violin Produce Sound A violin produces sound through the vibration of its strings which occurs when the player draws the bow over the strings and sets them in motion From there the bridge of the violin transmits those vibrations to the back and front plate of the instrument causing the entire body of the violin to serve as a PHYSICAL MODELLING OF THE SITAR STRING Sadjad Siddiq Institut fur Musikwissenschaft 168 Universitat Wien Austria 168 sadjadsiddiq gmxat ABSTRACT The acoustic properties of the sitar string are studied with the aid of a physical model The nonlinearity of the string move ment caused by the bridge acting as an obstacle to the vibrating
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working of vibrating part of sitar What part of a sitar vibrates to make a sound Answers What part of the sitar vibrate to produce sound its when Author of Telecommuting Mommies and the Maestro Mom blogs specializing in working from home Chat working principle and different parts of grinding machineAn instrument that produces sound from a vibrating string is called a n chordophone Flutes whistles and bagpipes fall into what instrument classification aerophon In earlier eras young boys and occasionally men with voices in the soprano or alto range sang parts in church music and on the stage True In the sixteenth
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Dec 15 32 Mr Xavier Haffman s answer is half true Ms Rati Bhatia should study before answering Sitar is not a Persian chordophone Having three strings does not mean that it is modern Sitar There are many references of 3 stringed Vina in old music text Vibrating part of jaltarang sitar santoor Ask for details Follow Report by Hetvivadalia Log in to add a comment
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David Ronan The Physical Modelling of a Sitar of the sitar are covered They are presented in the order that they need to be under stood Firstly the sitar will be examined Giving a brief history of the instrument and then looking at the actual physical parts of the instrument It will show how these all work together to give the sitar its Mar 08 32 MUSICAL INSTRUMENTSA StringsB WoodwindsWoodwindC BrassD PercussionE Keyboard InstrumentsF Other InstrumentsSymphony orchestaMusic and MusiciansMusic Pictures for Classroom and Therapy Use MUSICAL INSTRUMENTS A Strings 1 violin 2 viola 3 cello 4 bass 5 acoustic guitar 6 ukulele 7 electric guitar 8 banjo 9 mandolin 10 harp Stings 1bow 2violin 3viola
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vibrating part Table 131 Musical Instruments and their Vibrating Parts SNo Musical Vibrating Part Instrument Producing Sound 1 Veena Stretched string 2 Tabla Stretched membrane 3 4 like the sitar the sound that we hear is not only that of the string The whole instrument is forced to vibrate and it is the sound of the vibration The principle is the same as that for the recorder However on the flute the lips fix the outlet for the breath while on the recorder the windway fixes the outlet for the breath As the breath is directed toward the edge of the embouchure hole high pressure sound waves pass through the tube and reach openings such as the end of the foot joint and the sound hol
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