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A Look At The Woodwind Family Of Instruments

In this article we will talk about the musical instruments in the woodwind family. These have always been instruments of interest because they are some of the most natural instruments available to play. Most people enjoy playing these instruments for this reason.

The piccolo, flute, oboe, English horn, bassoon, clarinet, and saxophone are all instruments of the woodwind family. Most of these instruments were made of wood. Now, they have evolved and are made from all sorts of material, however, the essence is still the same for each instrument. Basically, they still play in the same way. Because they are played by blowing air or with wind, they are called the woodwind family of musical instruments.

The designs of the musical instruments woodwind family are all made from a tube with holes in the tube. When the holes are covered up, the air goes all the way to the end of the tube. This results in a different sound being played. When the holes are open and nothing is over them, the air goes only a little way and the instrument makes a high sound. The instrument with the shortest tubing and the highest sound is known as the piccolo. The notes of these instruments can be further increased by using different shapes and sizes. This is why the saxophone can be shaped different and can come in a variety of forms.

Further information on musical instruments woodwind family

These instruments are perfect if you want your child to get in to musical instruments. Many children across the world are fascinated with these instruments and start playing them from an early age. Some lose interest, but many do not. You will often find that these children go on to play more musical instruments as they grow up and gain a general interest in playing musical instruments.

The woodwind family of instruments makes sounds in different ways. The flute makes a sound by blowing air across the holes on the instrument. The clarinet and saxophone generally use a single piece of cane. These canes vibrate producing a sound. The oboe, English horn, and the bassoon used a double piece of cane that vibrated against each other resulting in different types of sounds.

We love the woodwind family of musical instrument, they are the most natural of musical instruments, and possible some of the oldest musical instruments available. Although today they have been modernized, nothing beats using them in their old fashioned form from the structure of fresh cane. This concludes our article on musical instruments woodwind family.

Tuning, Intonation, And The Saxophone

Playing your saxophone in tune with others in your band requires much more than simply playing a reference note into a tuner and adjusting the mouthpiece on the instrument. In order to really understand the tuning process and how best to tune your saxophone it helps to know the physics behind the sound that you produce while playing. When we are talking about physics and the saxophone we are dealing in the realm of invisible vibrations called sound waves.

To better understand these sound waves it helps to think about a guitar string. When you pluck a note on a guitar the string vibrates at a specific rate or ?frequency.? The length of this string dictates what frequency the string will vibrate at. By moving your finger up and down the fretboard you can change the pitch to any of a dozen or so pitches. Now think about a fretless guitar. Instead of a dozen pitches you could potentially have hundreds of pitches, each very slightly different that the other. Saxophones behave in this same way but use a vibrating column of air instead of a vibrating string.

When you add or subtract fingers on the saxophone you are changing the overall length of the tube, creating shorter or longer sound waves in the process. Many things can affect this resultant wave. A key that is not adjusted properly can partially close over an open hole causing all notes above that key to be slightly flat. Likewise a key that is left open when it should be closed can make other notes out of tune or at the very least sound less focused.

Two saxophones that are not perfectly tuned to each other will always vibrate at different frequencies even when playing the same note. When two sound waves of the exact same frequency are played together they reinforce each other creating a stronger, more pleasing overall sound. When two pitches are slightly out of tune they occasionally collide with each other causing a disturbance in the combined wave form. This phenomenon creates audible ?beats? or bumps in what the listener hears. Each bump in the combined sound is literally the two sound waves slamming into each other. It is often easier to understand this process by seeing it visually. Take a look at the examples shown at http://library.thinkquest.org/19537/Physics.html.

As a saxophone player it should be your goal to learn how to play your instrument in perfect tune. Unfortunately this requires more than simply tuning your concert A or B-flat. Now that you know a little about the physics of sound however, you can begin to understand the inherent pitch problems of your saxophone and relate this to your overall performance and study routine.