String Family
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Brass Teacherõs Guide
Teacher’s Guide Brass ® by Robert W.Getchell, Ph. D. Foreword This manual includes only the information most pertinent to the techniques of teaching and playing the instruments of the brass family. Its principal objective is to be of practical help to the instrumental teacher whose major instrument is not brass. In addition, the contents have purposely been arranged to make the manual serve as a basic text for brass technique courses at the college level. The manual should also help the brass player to understand the technical possibilities and limitations of his instrument. But since it does not pretend to be an exhaustive study, it should be supplemented in this last purpose by additional explanation from the instructor or additional reading by the student. General Characteristics of all Brass Instruments Of the many wind instruments, those comprising the brass family are perhaps the most closely interrelated as regards principles of tone production, embouchure, and acoustical characteristics. A discussion of the characteristics common to all brass instruments should be helpful in clarifying certain points concerning the individual instruments of the brass family to be discussed later. TONE PRODUCTION. The principle of tone production in brass instruments is the lip-reed principle, peculiar to instruments of the brass family, and characterized by the vibration of the lip or lips which sets the sound waves in motion. One might describe the lip or lips as the generator, the tubing of the instrument as the resonator, and the bell of the instrument as the amplifier. EMBOUCHURE. It is imperative that prospective brass players be carefully selected, as perhaps the most important measure of success or failure in a brass player, musicianship notwithstanding, is the degree of flexibility and muscular texture in his lips. -
Recommended Solos and Ensembles Tenor Trombone Solos Sång Till
Recommended Solos and Ensembles Tenor Trombone Solos Sång till Lotta, Jan Sandström. Edition Tarrodi: Stockholm, Sweden, 1991. Trombone and piano. Requires modest range (F – g flat1), well-developed lyricism, and musicianship. There are two versions of this piece, this and another that is scored a minor third higher. Written dynamics are minimal. Although phrases and slurs are not indicated, it is a SONG…encourage legato tonguing! Stephan Schulz, bass trombonist of the Berlin Philharmonic, gives a great performance of this work on YouTube - http://www.youtube.com/watch?v=Mn8569oTBg8. A Winter’s Night, Kevin McKee, 2011. Available from the composer, www.kevinmckeemusic.com. Trombone and piano. Explores the relative minor of three keys, easy rhythms, keys, range (A – g1, ossia to b flat1). There is a fine recording of this work on his web site. Trombone Sonata, Gordon Jacob. Emerson Edition: Yorkshire, England, 1979. Trombone and piano. There are no real difficult rhythms or technical considerations in this work, which lasts about 7 minutes. There is tenor clef used throughout the second movement, and it switches between bass and tenor in the last movement. Range is F – b flat1. Recorded by Dr. Ron Babcock on his CD Trombone Treasures, and available at Hickey’s Music, www.hickeys.com. Divertimento, Edward Gregson. Chappell Music: London, 1968. Trombone and piano. Three movements, range is modest (G-g#1, ossia a1), bass clef throughout. Some mixed meter. Requires a mute, glissandi, and ad. lib. flutter tonguing. Recorded by Brett Baker on his CD The World of Trombone, volume 1, and can be purchased at http://www.brettbaker.co.uk/downloads/product=download-world-of-the- trombone-volume-1-brett-baker. -
The Identification of Basic Problems Found in the Bassoon Parts of a Selected Group of Band Compositions
Utah State University DigitalCommons@USU All Graduate Theses and Dissertations Graduate Studies 5-1966 The Identification of Basic Problems Found in the Bassoon Parts of a Selected Group of Band Compositions J. Wayne Johnson Utah State University Follow this and additional works at: https://digitalcommons.usu.edu/etd Part of the Music Commons Recommended Citation Johnson, J. Wayne, "The Identification of Basic Problems Found in the Bassoon Parts of a Selected Group of Band Compositions" (1966). All Graduate Theses and Dissertations. 2804. https://digitalcommons.usu.edu/etd/2804 This Thesis is brought to you for free and open access by the Graduate Studies at DigitalCommons@USU. It has been accepted for inclusion in All Graduate Theses and Dissertations by an authorized administrator of DigitalCommons@USU. For more information, please contact [email protected]. THE IDENTIFICATION OF BAS~C PROBLEMS FOUND IN THE BASSOON PARTS OF A SELECTED GROUP OF BAND COMPOSITI ONS by J. Wayne Johnson A thesis submitted in partial fulfillment of the r equ irements for the degree of MASTER OF SCIENCE in Music Education UTAH STATE UNIVERSITY Logan , Ut a h 1966 TABLE OF CONTENTS INTRODUCTION A BRIEF HISTORY OF THE BASSOON 3 THE I NSTRUMENT 20 Testing the bassoon 20 Removing moisture 22 Oiling 23 Suspending the bassoon 24 The reed 24 Adjusting the reed 25 Testing the r eed 28 Care of the reed 29 TONAL PROBLEMS FOUND IN BAND MUSIC 31 Range and embouchure ad j ustment 31 Embouchure · 35 Intonation 37 Breath control 38 Tonguing 40 KEY SIGNATURES AND RELATED FINGERINGS 43 INTERPRETIVE ASPECTS 50 Terms and symbols Rhythm patterns SUMMARY 55 LITERATURE CITED 56 LIST OF FIGURES Figure Page 1. -
Trumpet, Cornet, Flugelhorn GRADE 5 from 2017
Trumpet, Cornet, Flugelhorn GRADE 5 from 2017 THREE PIECES: one chosen by the candidate from each of the three Lists, A, B and C: LIST A 1 Bizet Chanson bohème. Great Winners, arr. Lawrance (Brass Wind: brass edition; B piano accomp. published & b separately) 2 J. Clarke The Prince of Denmark’s March. No. 9 from Old English Trumpet Tunes, Book 1, arr. Lawton (OUP) 3 Debussy The Girl with the Flaxen Hair. Winning Matrix for Trumpet, arr. Lawrance (Brass Wind: & brass edition; piano accomp. published separately) 4 John Frith Caber Dance ¸ Shining Brass, Book 2 (ABRSM: / brass edition; B piano accomp. published ˝ & ? b 5 David A. Stowell Jam Bouree ˛ separately) 6 Gibbons Coranto (ending at Fig. D). No. 2 from Gibbons Keyboard Suite for Trumpet, arr. Cruft (Stainer & Bell 2588: B b/C edition) 7 Hummel Romanze. Time Pieces for Trumpet, Vol. 3, arr. Harris and Wallace (ABRSM) 8 Schubert Ave Maria. Trumpet in Church, arr. Denwood (Emerson E283) 9 Verdi Triumphal March (from Aida). Onstage Brass for Trumpet, arr. Calland (Stainer & Bell H430) LIST B 1 Tom Davoren Lindy Hop! ¸ Shining Brass, Book 2 (ABRSM: / brass edition; B piano accomp. published ˝ & ? b 2 Peter Meechan Final Thought ˛ separately) 3 Barry Gray Thunderbirds. Great Winners, arr. Lawrance (Brass Wind: brass edition; B piano accomp. published & b separately) 4 Joplin Solace: A Mexican Serenade. Concert Repertoire for Trumpet, arr. Calland (Faber) 5 Bryan Kelly Miss Slight (Spinster of this Parish): No. 4 from Whodunnit – Suite for Trumpet (Stainer & Bell H442) 6 McCabe P. B. Blues: No. 3 from Dances for Trumpet (Novello NOV120530) 7 Prokofiev March (from The Love for Three Oranges). -
Baritones and Euphoniums*
OpenStax-CNX module: m12650 1 Baritones and Euphoniums* Catherine Schmidt-Jones This work is produced by OpenStax-CNX and licensed under the Creative Commons Attribution License 1.0 1 Introduction Baritones and euphoniums are aerophones in the brass family. They are closely related instruments, both fairly large and with a medium-low range. They are generally not considered orchestral instruments, but are an important part of the Western band tradition. 2 The Instruments Like other instruments in the brass family, baritones and euphoniums are played by buzzing the lips against a cup mouthpiece. The air then moves through the brass tubing and leaves through the bell at the other end of the instrument. The valves change the playing length of the instrument, making it possible to play several harmonic series that together allow the instrument to play any chromatic note in its range. For more on how brass instruments work, please see Wind Instruments: Some Basics, Standing Waves and Wind Instruments, and Harmonic Series.) Baritones and euphoniums are valved brass instruments that have a range similar to the slide trombone, higher than a tuba and about an octave below the trumpet. The valved tenor-range brass instruments are a slightly confusing group of instruments. They are usually held upright, with the bell pointing either straight up or up-and-forward, but they may also be shaped like a very large trumpet, held horizontally with the bell pointing forward. They may have three, four, or sometimes even ve valves. Baritone and euphonium are recognized in Britain as being two dierent instruments, but in the U.S. -
Instruments of the Orchestra
INSTRUMENTS OF THE ORCHESTRA String Family WHAT: Wooden, hollow-bodied instruments strung with metal strings across a bridge. WHERE: Find this family in the front of the orchestra and along the right side. HOW: Sound is produced by a vibrating string that is bowed with a bow made of horse tail hair. The air then resonates in the hollow body. Other playing techniques include pizzicato (plucking the strings), col legno (playing with the wooden part of the bow), and double-stopping (bowing two strings at once). WHY: Composers use these instruments for their singing quality and depth of sound. HOW MANY: There are four sizes of stringed instruments: violin, viola, cello and bass. A total of forty-four are used in full orchestras. The string family is the largest family in the orchestra, accounting for over half of the total number of musicians on stage. The string instruments all have carved, hollow, wooden bodies with four strings running from top to bottom. The instruments have basically the same shape but vary in size, from the smaller VIOLINS and VIOLAS, which are played by being held firmly under the chin and either bowed or plucked, to the larger CELLOS and BASSES, which stand on the floor, supported by a long rod called an end pin. The cello is always played in a seated position, while the bass is so large that a musician must stand or sit on a very high stool in order to play it. These stringed instruments developed from an older instrument called the viol, which had six strings. -
Clarinet Quarter-Tone Fingering Chart
Clarinet Quarter-Tone Fingering Chart 1st Edition rev.1 2017 Jason Alder www.jasonalder.com ii Author’s Note This clarinet quarter-tone fingering chart developed as a continuation of my initial work of one for bass clarinet, which grew from my extensive playing of contemporary music and study of South-Indian Karnatic music. My focus had been primarily on bass clarinet, so the development of this chart for soprano clarinet didn’t come to realization until some years later as my own need for it arose, occurring simultaneously with a decision to rework the initial bass clarinet chart into a second edition. The first edition for clarinet therefore follows the same conventions as the second edition bass clarinet fingering chart. This first revision revisits a few quarter-tone fingerings around the “break” after I discovered some better ones to use. Jason Alder London, 2017 iii Guide to the Fingering Chart This fingering chart was made using a Buffet R13 clarinet, and thus the fingerings notated are based on the Boehm system. Because some differences may exist between different manufacturers, it is important to note how this system correlates to your own instrument. In some fingerings I have used the Left Hand Ab//Eb key, which not all instruments have. I’ve included this only when its use is an option, but have omitted the outline when it’s not. Many notes, particularly quarter-tones and altissimo notes, can have different fingerings. I have notated what I found to be best in tune for me, with less regard for ease and fluidity of playing. -
Preliminary Results Clarinet, Flute, Horn, Soprano Singer, Trumpet
Performing Arts Aerosol Study Round one preliminary results Clarinet, Flute, Horn, Soprano Singer, Trumpet Study Chairs James Weaver - NFHS Director of Mark Spede – CBDNA President, Performing Arts and Sports Director of Bands, Clemson University Lead Funders Contributing Organizations Supporting Organizations American School Band Directors Association (ASBDA) International Music Council American String Teachers Association (ASTA) International Society for Music Education Arts Education in Maryland Schools (AEMS) League of American Orchestras Association Européenne des Conservatoires/Académies de Louisiana Music Educators Association Musique et Musikhochschulen (AEC) (LMEA) Buffet et Crampon MidWest Clinic Bundesverband der deutschen Minority Band Directors National Association Musikinstrumentenhersteller e.V Music Industries Association Chicago Children's Choir Musical America Worldwide Children's Chorus of Washington National Dance Education Organization Chorus America (NDEO) Confederation of European Music Industries (CAFIM) National Flute Association (NFA) Drum Corps International (DCI) National Guild for Community Arts Education Educational Theatre Association (EdTA) National Music Council of the US European Choral Association - Europa Cantat Percussive Arts Society (PAS) HBCU National Band Directors' Consortium Save the Music Foundation High School Directors National Association (HSBDNA) WGI Sport of the Arts International Conductors Guild Lead Researchers Dr. Shelly Miller Dr. Jelena Srebric University of Colorado Boulder University -
What Size Viola?
From Violins and Violinists December 1943 What Size Viola? VIOLA EXPERIMENTA By Robert Dolejsi When the Violin finally reached her destiny in the ideal instrument that knows no peer today, and was recognized as the stringed mistress of the soprano family, it fell to the unfortunate lot of that hapless maiden Viola to become the subject of avid experimentation. In their search for an instrument of identical design and superb characteristics, makers, luthiers, artisans and, (indirectly through suggestion) composers and players, conducted intense experiments to find a medium of deeper register that would represent the alto and tenor voice and thus complete the quartet of strings. There is ample ground in all instrumental bibliography to support the theory that experimentation was one of the chief causes for the numerous sizes in fiddles that marked instrument making in the viola category from the 17th century onward. That generic English term Viol designated the instrument that succeeded the medieval fiddle. In literature at least, though not in actual invention, it preceded the violin family; for it must be emphasized that contrary to general conception, the viol was more the precursor and not the predecessor or direct ancestor of the violin. This distinction in progenitorship belongs to that branch of the instrumental tree represented by the rebec and Iyra—and all three branches were growing and developing simultaneously side by side. The experimental premise had already been laid in the highly variegated family of viols. Oddly enough, and paradoxically too, it appears that the viola or tenor ( the names were interchangeable during a period when great confusion in sizes and types existed ), was the first of the viol family to adopt changes in tuning and string number. -
The String Family
The String Family When you look at a string instrument, the first thing you'll probably notice is that it's made of wood, so why is it called a string instrument? The bodies of the string instruments, which are hollow inside to allow sound to vibrate within them, are made of different kinds of wood, but the part of the instrument that makes the sound is the strings, which are made of nylon, steel or sometimes gut. The strings are played most often by drawing a bow across them. The handle of the bow is made of wood and the strings of the bow are actually horsehair from horses' tails! Sometimes the musicians will use their fingers to pluck the strings, and occasionally they will turn the bow upside down and play the strings with the wooden handle. The strings are the largest family of instruments in the orchestra and they come in four sizes: the violin, which is the smallest, viola, cello, and the biggest, the double bass, sometimes called the contrabass. (Bass is pronounced "base," as in "baseball.") The smaller instruments, the violin and viola, make higher-pitched sounds, while the larger cello and double bass produce low rich sounds. They are all similarly shaped, with curvy wooden bodies and wooden necks. The strings stretch over the body and neck and attach to small decorative heads, where they are tuned with small tuning pegs. The violin is the smallest instrument of the string family, and makes the highest sounds. There are more violins in the orchestra than any other instrument they are divided into two groups: first and second. -
Twelfth Night KEY CHARACTERS and SENSORY MOMENTS
Twelfth Night KEY CHARACTERS AND SENSORY MOMENTS Characters Viola Sebastian Olivia Malvolio Sir Andrew Sir Toby Feste Maria Orsino Antonio Sensory Moments Below is a chronological summary of the key sensory moments in each act and scene. Latex balloons are used onstage throughout the show. Visual, dialogue or sound cues indicating dramatic changes in light, noise or movement are in bold. PRESHOW • A preshow announcement plays over the loudspeaker and instruments tune onstage. ACT ONE SCENE ONE SENSORY MOMENTS • Feste begins to sing a song. When he puts DESCRIPTION a paper ship in the water, the storm begins. At Duke Orsino’s palace in Illyria, Cesario and There is frequent loud thunder, flickering others sing for Orsino. He’s in love with the lights and flashes of lightning via strobe countess Olivia, but it’s unrequited because she lights. Actors shout during the turmoil, is in mourning for her brother and won’t receive cymbals crash and drums rumble. his messengers. • The storm sequence lasts about 90 seconds. • After the storm, lights slowly illuminate SENSORY MOMENTS the stage. • Actors begin singing a song. Orsino enters the stage and picks up a balloon. When he walks to the center of the stage, the balloon SCENE TWO pops loudly. • When Orsino says, “Love-thoughts lie rich DESCRIPTION when canopied with bowers,” the actors Viola washes ashore in Illyria, saved by the leave the stage, suspenseful music plays and ship’s captain. She asks the captain to help her the lights go dark. disguise herself so she can get work in Orsino’s court. -
Class Notes – October 24 Pipes with Holes; Recorders, Flutes
The Physics of Musical Instruments Class Notes – October 24 Pipes with holes; Recorders, flutes The Physics of Musical Instruments – Fall 2017 – October 24 – 1 Topics • More on acoustic impedance • The end correction for a flute or recorder • The effect of a side hole • The flute – a pipe open at both ends with side holes The Physics of Musical Instruments – Fall 2017 – October 24 – 2 More Complex Pipes • We are now beginning to consider more complex pipes and air resonators – Bottles, blown across the top (fun stuff) but more seriously… – Bells at the end (why?) – Pipes with finger holes – And, eventually, pipes with non-cylindrical bores • The concept of acoustic impedance is very helpful here, even without getting highly quantitative. The Physics of Musical Instruments – Fall 2017 – October 24 – 3 Energy Transfer • When the impedance changes along an acoustic pipe, there can be a reflection • If one of the impedances is exactly zero, ALL OF THE ENERGY IS REFLECTED. • We used this idea to analyze the open end of an ideal pipe The Physics of Musical Instruments – Fall 2017 – October 24 – 4 A Finite Discontinuity • Consider a discontinuity in pipe radius • Energy reflection in this case is 1/9 or 11% The Physics of Musical Instruments – Fall 2017 – October 24 – 5 Add a Transition Piece • With a transition segment added, the impedance discontinuity is reduced, and there is less reflection • Only 6% is reflected The Physics of Musical Instruments – Fall 2017 – October 24 – 6 A Tapered Transition • The impedance is lowered gradually left