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musical material, or composition, as held in western classical music. Even when music is Relationship Between Math Music notated precisely, there are still many decisions that a performer has to make. The process of a performer

Relationship Between Math Music

deciding how to perform music that has been previously composed and Relationship Between Math Music notated Relationship Between Math Music is termed interpretation. Different performers' interpretations of the same music can vary widely. Composers and song writers Relationship Between Math Music who present their own music are interpreting, just as much as those who perform the music of others Relationship Between Math Music or folk music. The standard Relationship Between Math Music body of Relationship Between Math Music choices and techniques present at a Relationship Between Math Music given time and a given place is referred to as performance practice, Relationship Between Math Music where as interpretation is generally used to mean either individual choices of a performer, or an aspect of Relationship Between Math Music music which is not clear, and therefore has a Relationship Between Math Music "standard"

Relationship Between Math Music

interpretation. In some musical Relationship Between Math Music genres, such as jazz and blues, even more freedom is given to the performer to engage in improvisation on a basic melodic, harmonic, or rhythmic framework. The greatest latitude is given to the performer in a style of performing called free improvisation, which is material that is spontaneously "thought of" Relationship Between Math Music (imagined) while being performed, not preconceived. According to the analysis Relationship Between Math Music of Georgiana Costescu,[citation needed] improvised music usually follows stylistic or genre conventions and even "fully composed" includes some freely chosen material. Composition Relationship Between Math Music does Relationship Between Math Music not always mean

Relationship Between Math Music

the use of notation, or the known sole authorship of one individual. Music can Relationship Between Math Music also be determined by describing a "process" which Relationship Between Math Music may create musical sounds; examples Relationship Between Math Music of Relationship Between Math Music this range from wind chimes, through computer programs which select sounds. Music Relationship Between Math Music which contains elements selected by Relationship Between Math Music chance is called Aleatoric music, and is associated with such composers as John Cage, Morton Feldman, and Witold Lutoslawski. Musical composition Relationship Between Math Music is a term that Relationship Between Math Music describes the composition of a piece of music. Methods of composition vary widely from one composer to

Relationship Between Math Music

another, however in analysing music Relationship Between Math Music all forms � spontaneous, trained, or untrained � are built from elements comprising a musical Relationship Between Math Music piece. Music can be composed for repeated performance or it can be improvised: composed on the spot. The music Relationship Between Math Music can be performed entirely from memory, from a written system of Relationship Between Math Music musical notation, or some combination of both. Study Relationship Between Math Music of composition has traditionally Relationship Between Math Music been dominated by examination of methods and practice of Western classical music, but the definition of composition is broad enough to include spontaneously Relationship Between Math Music improvised works like those of free Relationship Between Math Music jazz performers and African drummers. What is important in understanding Wildwood Music the composition of a piece is singling out its elements. An Relationship Between Math Music understanding of music's formal elements can be helpful in deciphering exactly how Relationship Between Math Music a Relationship Between Math Music piece is constructed. A universal element of music is how sounds occur in time, which is Relationship Between Math Music referred to as the rhythm of a piece Relationship Between Math Music of music. When a piece appears to have a changing time-feel, it is considered to be in rubato time, an Italian expression Relationship Between Math Music that indicates that the tempo of the piece changes to suit the expressive intent Daughtry Music of the performer. Even random placement of random sounds, which occurs in musical montage, Relationship Between Math Music occurs within some kind of Relationship Between Math Music time, and thus employs time

Relationship Between Math Music

as a musical element. Notation is the written expression of music notes and rhythms on paper using symbols. When music is written down, the pitches and rhythm of the Relationship Between Math Music music is notated, Relationship Between Math Music along with instructions on how to perform the music. The study of Relationship Between Math Music how to read notation Relationship Between Math Music involves music theory, harmony, the Relationship Between Math Music study of performance practice, and in some cases an understanding of historical performance methods. Written Relationship Between Math Music notation varies Relationship Between Math Music with style and period of music. In Western Art music, the most common types of written notation are scores, which include all the music parts of an ensemble piece, and Relationship Between Math Music parts, which are the music notation for the individual performers or singers. In popular music, jazz, and blues, the standard musical Relationship Between Math Music notation is the lead sheet, Relationship Between Math Music which notates the melody, chords, lyrics (if it is a vocal piece), and Relationship Between Math Music structure of the music. Scores and parts are also used in popular music and jazz, particularly in large ensembles Relationship Between Math Music such as jazz "big bands." In popular music, Relationship Between Math Music guitarists and electric bass players often Relationship Between Math Music read music notated in tablature, which indicates the location of the notes to be played on the instrument using a diagram of the guitar or bass fingerboard. Tabulature was also Relationship Between Math Music used in the

Relationship Between Math Music

Baroque Relationship Between Math Music era to notate music for the lute, a stringed, fretted instrument. Notated music is produced as sheet music. To perform music from notation requires an understanding of both the musical style and the performance practice that is associated with a piece of music or Relationship Between Math Music genre. Improvisation is the creation Relationship Between Math Music of spontaneous music. Improvisation is often considered an act of instantaneous composition by composers, where compositional techniques Relationship Between Math Music are employed with or without preparation. Music Relationship Between Math Music theory Relationship Between Math Music encompasses the nature Relationship Between Math Music and mechanics of music. It often involves identifying patterns that govern composers' techniques. In a more detailed Relationship Between Math Music sense, Relationship Between Math Music music theory (in the western system) Relationship Between Math Music also distills and analyzes the elements of Relationship Between Math Music music � rhythm, harmony (harmonic function), melody, structure, and texture. People who study these properties are known as music Relationship Between Math Music theorists. The field of music cognition involves the study of many aspects of music including how Relationship Between Math Music it is processed Grove Music by listeners. Rather than accepting the standard practices of Relationship Between Math Music analyzing, composing, and performing music as a given, much research in music cognition seeks instead to uncover the mental processes that underlie these practices. Also, research in the field seeks to uncover commonalities between the musical traditions of disparate cultures and possible cognitive "constraints" that limit these musical systems. Questions regarding musical innateness, and emotional Relationship Between Math Music responses to music are also major areas of Relationship Between Math Music research in the field. Deaf people can Relationship Between Math Music experience music by feeling Relationship Between Math Music the vibrations in their body,

Relationship Between Math Music

a process which can be enhanced if the individual holds a resonant, hollow object. A well-known deaf musician is the composer Ludwig van Beethoven, Relationship Between Math Music who composed many famous works even after Relationship Between Math Music he had completely lost his hearing. Recent Relationship Between Math Music examples of Relationship Between Math Music deaf musicians include Evelyn Glennie, a highly acclaimed percussionist Relationship Between Math Music who Relationship Between Math Music has been deaf since age twelve, and Chris Buck, a virtuoso violinist who has lost his hearing. This is relevant because it indicates that music is a deeper cognitive process than unexamined phrases such as, "pleasing to Relationship Between Math Music the ear" would suggest. Much research in music cognition seeks to uncover these complex mental processes involved in listening to music, which may seem intuitively simple, yet are vastly intricate and complex.The music that composers make can be heard through Relationship Between Math Music several media; the most traditional way is to hear it Relationship Between Math Music live, in the presence, or as one of the musicians. Live music can also be broadcast over Relationship Between Math Music the radio, television or the internet. Some Relationship Between Math Music musical styles focus on producing a sound for a performance, while others Relationship Between Math Music focus on producing a recording Relationship Between Math Music which mixes together sounds which were never played "live". Recording, even of styles which are essentially live, often uses the ability to edit and splice to produce recordings which Relationship Between Math Music are considered better than Relationship Between Math Music the actual performance. As talking pictures emerged in the early 20th century, with their prerecorded musical tracks, an Relationship Between Math Music increasing number of Relationship Between Math Music moviehouse orchestra Relationship Between Math Music musicians found themselves out of work.[6] During the 1920s live musical performances by orchestras, pianists, and theater organists were common Relationship Between Math Music at Relationship Between Math Music first-run theaters[7] With the coming of the Relationship Between Math Music talking motion pictures,

Relationship Between Math Music

those featured performances were largely eliminated. The AFM took out newspaper advertisements protesting the replacement of live Relationship Between Math Music musicians with mechanical Relationship Between Math Music playing devices. One 1929

Relationship Between Math Music

ad that appeared in the Pittsburgh Press features an image of a can labeled "Canned Music / Big Noise Brand / Guaranteed to Produce No Intellectual or Emotional Reaction Whatever" Since legislation introduced to help protect performers, composers, publishers and producers, including the Audio Home Recording Act of 1992 in the United States, and the 1979 revised Berne Convention for the Protection of Literary and Artistic Works Relationship Between Math Music in the United Kingdom, recordings and live performances have also become more accessible Relationship Between Math Music through computers, devices and internet in a form that is commonly known Relationship Between Math Music as music-on-demand. In many cultures, there is less distinction between performing and listening to music, Relationship Between Math Music since virtually everyone is involved in some sort Relationship Between Math Music of musical Relationship Between Math Music activity, often communal. In industrialised countries, listening to music through a recorded form, such as sound recording or watching a Relationship Between Math Music music video, became more common than experiencing live performance, roughly in the middle of the 20th century. Sometimes, live performances incorporate prerecorded sounds. For Relationship Between Math Music example, a DJ uses disc records for scratching, and some 20th-century works have a solo for an instrument or voice that is performed along Relationship Between Math Music with music that is prerecorded onto a tape. Computers and many keyboards can be programmed to produce and play MIDI music. Audiences can also become performers by participating in Karaoke, an activity of Japanese origin which centres Relationship Between Math Music around a Relationship Between Math Music device that plays voice-eliminated versions of well-known songs. Most karaoke machines also have Relationship Between Math Music video Relationship Between Math Music screens that show lyrics to songs being performed; performers can follow the Relationship Between Math Music lyrics as they Relationship Between Math Music sing over the instrumental tracks. The Relationship Between Math Music advent of the Internet has Relationship Between Math Music transformed the experience of Relationship Between Math Music music, partly through the increased

Relationship Between Math Music

ease of

Relationship Between Math Music

access to music and Relationship Between Math Music the increased choice.

Relationship Between Math Music

Chris Anderson, in Relationship Between Math Music his book The Long Tail: Why the future of business is selling less of more, suggests that while Relationship Between Math Music the economic model Relationship Between Math Music of supply and demand describes scarcity, the Internet retail model is based on abundance. Digital storage costs are low, Relationship Between Math Music so a company can afford to make its whole inventory available online, giving customers as much choice as possible. It has thus become economically viable to offer products that very few people are interested in. Consumers' growing

Relationship Between Math Music

awareness of their increased choice results in a closer association between listening tastes and social Relationship Between Math Music identity, and the creation of thousands Relationship Between Math Music of niche markets. Another Relationship Between Math Music effect of the Internet arises with online communities like Youtube and Myspace. Myspace has made social networking with other musicians easier, and greatly facilitates the distribution of one's music. Youtube also has a large community of both Relationship Between Math Music amateur and professional musicians Relationship Between Math Music who post videos and comments. Professional musicians also use Youtube as a free publisher of promotional material. Youtube users, for Relationship Between Math Music example, no longer only download and Relationship Between Math Music listen to mp3s, but also actively create their own. According to Tapscott and Williams, there has been a shift from a traditional consumer role to what they call a "prosumer" role, a consumer who both creates and consumes. Manifestations of this in music include the production of mashes, remixes, and music videos by fans.

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