<< Chapter < Page Chapter >> Page >
Baritones and euphoniums are tenor-range brass aerophones in the tuba family. They are mainly found in Western military, marching, and concert bands.

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.

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 five valves. Baritone and euphonium are recognized in Britain as being two different instruments, but in the U.S. there is quite a bit of confusion as to the difference between them, and they are often treated as interchangeable.

The difference between the two is not a matter of the number of valves or of where the bell is pointing. Where a distinction between the two instruments is recognized, the important difference between the baritone and the euphonium is the bore . The euphonium has a much wider, more conical bore, which gives it a much mellower, richer timbre , which some composers prefer for solo work. The baritone, with a narrower, more cylindrical bore, has a lighter, brighter sound than a euphonium, but the timbre is still not quite as bright and direct as a trombone's (which also has a fairly cylindrical bore).

History

Smaller brass instruments, which can play in a range where their harmonics are close together, have been around for many centuries in a valveless form. (Please see The French Horn for more about this history, or Standing Waves and Wind Instruments for more about harmonics in brass instruments.) Slide trombone is also an ancient instrument. Large valved brass instruments have a comparatively short history, for they did not become feasible until good-quality valves became available in the 1830's.

The euphonium is widely said to have been invented "in 1843 by Sommer of Weimar". Many instrument makers, players, and composers experimented with various medium-to-low-range valved brass in the nineteenth century, including alto horn, contralto horn, valved trombones, Wagner tubas, saxtrombas, and saxtubas. The baritone horn (baritone), euphonium, and various bass tubas are the only ones that are still in widespread use today. Although still very uncommon in orchestral music, euphoniums and baritones (along with their close relatives, the tubas) became an indispensable part of Western military, marching, and concert bands, replacing several other low-range instruments, including, in some traditions, marching bassoons!

Questions & Answers

if three forces F1.f2 .f3 act at a point on a Cartesian plane in the daigram .....so if the question says write down the x and y components ..... I really don't understand
Syamthanda Reply
hey , can you please explain oxidation reaction & redox ?
Boitumelo Reply
hey , can you please explain oxidation reaction and redox ?
Boitumelo
for grade 12 or grade 11?
Sibulele
the value of V1 and V2
Tumelo Reply
advantages of electrons in a circuit
Rethabile Reply
we're do you find electromagnetism past papers
Ntombifuthi
what a normal force
Tholulwazi Reply
it is the force or component of the force that the surface exert on an object incontact with it and which acts perpendicular to the surface
Sihle
what is physics?
Petrus Reply
what is the half reaction of Potassium and chlorine
Anna Reply
how to calculate coefficient of static friction
Lisa Reply
how to calculate static friction
Lisa
How to calculate a current
Tumelo
how to calculate the magnitude of horizontal component of the applied force
Mogano
How to calculate force
Monambi
a structure of a thermocouple used to measure inner temperature
Anna Reply
a fixed gas of a mass is held at standard pressure temperature of 15 degrees Celsius .Calculate the temperature of the gas in Celsius if the pressure is changed to 2×10 to the power 4
Amahle Reply
How is energy being used in bonding?
Raymond Reply
what is acceleration
Syamthanda Reply
a rate of change in velocity of an object whith respect to time
Khuthadzo
how can we find the moment of torque of a circular object
Kidist
Acceleration is a rate of change in velocity.
Justice
t =r×f
Khuthadzo
how to calculate tension by substitution
Precious Reply
hi
Shongi
hi
Leago
use fnet method. how many obects are being calculated ?
Khuthadzo
khuthadzo hii
Hulisani
how to calculate acceleration and tension force
Lungile Reply
you use Fnet equals ma , newtoms second law formula
Masego
please help me with vectors in two dimensions
Mulaudzi Reply
how to calculate normal force
Mulaudzi
Got questions? Join the online conversation and get instant answers!
Jobilize.com Reply

Get Jobilize Job Search Mobile App in your pocket Now!

Get it on Google Play Download on the App Store Now




Source:  OpenStax, A parent's guide to band. OpenStax CNX. Jun 25, 2007 Download for free at http://cnx.org/content/col10428/1.1
Google Play and the Google Play logo are trademarks of Google Inc.

Notification Switch

Would you like to follow the 'A parent's guide to band' conversation and receive update notifications?

Ask