The structure of the violin, the construction of the violin and the method of vocalization

Shape Construction The violin is made up of more than 30 parts. Its main components include headstock, body, neck, pins, strings, horses, cheek rests, bows, panels, side plates, sound columns, etc. The violin has a total of four strings, which are divided into:

1 string (E string), 2 string (A string), 3 string (D string) and 4 string (G string). The main components of the violin The violin body (resonance box) is about centimeters long and is made of curved tops, backs, and sides bonded together. The panel is often made of spruce and has a soft texture; The back and side panels are made of maple wood and have a stiffer texture.

Whole maple for headstock and neck, and ebony for fretboard. The sound quality of a violin is basically determined by its wood and the corresponding structure, on the frequency of the wood's vibration and how it reacts to the vibration of the strings. A high-quality piano is able to transmit the fundamental and overtones of each sound with equal sensitivity.

The violin has 4 strings. Originally, they were all bare strings made of sheep intestines, and from about the 18th century, the bass G strings were often wrapped with silver wires to make them responsive. In modern times, the G, D, and A3 strings are wound with sheep intestine strings or steel wires wrapped with metal wires, and more recently, nylon strings are also used.

The E string was changed to a steel wire string to give it a better tone in the high register. The violin is made in a modern style, not entirely from the aesthetic form, but from the needs of its sound and performance. The violin top and back plate have a curved shape to give it a good resonance and a loud pronunciation; The waist is narrow, making it easy to play the high and bass strings; The top and back plate are equipped with inlay strips, which not only prevent the wood from cracking, but also play a certain role in the sound quality of the instrument.

There is a column support between the top and the backplate, and its position change has a significant effect on the timbre of the violin. The lower left side of the panel is glued with a bass beam, which not only plays a reinforcing role, but also has an acoustic role. If the paint on the surface of the violin is too hard, too soft, or uneven, it will damage the sound quality.

When the bow rubs against the strings to make the strings vibrate, the panel vibrates through the horse, and the backplate vibrates through the sound column, the E string vibrates less, while the G string vibrates more, so that the bass beam has more vibration and causes the resonance box to vibrate. The ability to get the most out of the sound depends on the strings and their tension, the quality of the horse, the pressure and speed of the bow. In order to express the various sound qualities of the piano, it is necessary to add the player's bowing, fingering, kneading, and playing skills.

Summary. Hello, to your question, my answer is: the violin, is a stringed instrument.

There are four strings in total. The vibrations are generated by the friction of the strings and bows, which are then transmitted to the back plate through the sound column in the resonance box, and the resonances generated by these parts produce a harmonious and bright sound. The violin body (resonance box) is about centimeters long and is made of curved tops, backs, and sides bonded together.

The panel is often made of spruce and has a soft texture; The back and side panels are made of maple, mahogany, and the texture is harder. Whole maple for headstock and neck, and ebony for fretboard.

Hello, to your question, my answer is: the violin, is a stringed instrument. There are four strings in total.

The vibrations are generated by the friction of the strings and bows, which are then transmitted to the back plate through the sound column in the resonance box, and the resonances generated by these parts produce a harmonious and bright sound. The violin body (resonance box) is about centimeters long and is made of curved tops, backs, and sides bonded together. The panel is often made of spruce and has a soft texture; The back and side panels are made of maple, mahogany, and the texture is harder.

Whole maple for headstock and neck, and ebony for fretboard.

In terms of the pronunciation principle of the violin, the bow hair is covered with small hooks, these hooks are constantly hooking the strings to make them vibrate when moving the bow, and pressing the strings hard to prevent the vibration of the strings from making noise, too loose will make these small hooks unable to hook the strings, and the sound is weak, to make the hook properly hook the strings, relaxation is the key. Relaxing playing the violin starts with holding the bow correctly. The key to holding the bow is the thumb, and the wrong way is often to pinch the bow shaft with the thumb and the little finger to press against the bow shaft hard, causing the whole hand to be stiff.

Let the students hold the bow shaft with the inside of the tip of the thumb, wrap the bow shaft with the first joint of the middle finger, first hold the bow with these two fingers, move the bow in the middle bow position, find the feeling of relaxation of the thumb, and then put the index finger and ring finger in succession to stabilize the bow, and finally place the little fingertip on the inside of the bow shaft, and maintain this relaxed feeling when moving the bow. If you don't press the string hard, you won't make a screeching noise even if the student is in the first lesson. Learning to play the violin loosely is a blessing for violin lovers, but it takes a long time to master it.

The basic posture and movements of the violin should be correct and standardized, but different people play the violin in different ways to relax, and they should be different from person to person, and they cannot be the same. At the beginning of the game, just focus on straightening the bow and equalizing the volume, and don't overemphasize how hard to push. In addition, a good sound also requires the right way to press and knead the strings with the left hand.

The sound of the violin is made by rubbing the bow on the strings to produce vibrations. The left hand determines the number of times the string vibrates, while the right hand is the result of a regular number of vibrations that make the string itself vibrate and the musical note is a fixed number of vibrations.

The construction of a violin is the body, string system, and bow.

The violin consists of a body (including the headstock, neck, fretboard, and resonance box), a string system (including the pins, hanging plates, horses, and strings), and a bow. Although the violin structure may seem simple, it actually consists of 80 separate parts. The body is a wooden structure, and maple and spruce are used as raw materials to create the best timbre; The bow is made of horsetail hair; The four strings, from thick to thin, are g, d, a, e, in the beginning, the strings were made of sheep intestines, and the modern strings are generally wire.

The shape of the violin can be thought of as being made up of many curved lines. The original designer first drew the arcs connected by the compass, and then corrected and bent the arcs into the final shape with an artistic eye. The curves at the top and bottom of the violin are designed in the classic way of designing the arch of the bridge, and some people think that they resemble the shape of a basket handle.

The curved shape of the plate resembles a vertical chain, and the headstock is modeled after the graceful spiral of the ancient Greek columns. In the Renaissance mathematics was the initiation of art, and proportions and sequences were elements of aesthetic research and were adopted by all artists. A master violin maker, a true artist, the overall harmony and consistency of the violin dominates the entire design.

Violin classification:

There are two types of violins: electronic violin and xylophone, and the sound principles of the two are very different. The main difference between an electronic violin and an ordinary violin is that the electronic violin does not use a resonance box, unlike an ordinary violin, which drives the air in the resonance box to vibrate through the sound column, so the vibration of the strings is picked up by several magnetic pickups (like an electric guitar) under the root of the strings, and then amplified by the sound.

Headphones can also be used so that you can practice without disturbing others. So the resonance box for the electronic violin is just an ornament. The electric violin can be played without being plugged in, but Bu Xingzheng's voice doesn't look like a violin at all, and the sound is extremely regretful, like a mosquito calling.

Many of the larger violin shops sell electronic violins, one with its own resonance, the same shape as a regular violin, but with an additional pickup, similar to the box piano in the guitar family.

There is also a kind of electronic tuning resonance, there is no resonance body, it looks like a "hollow" kind, and the weak vibration is picked up and amplified and tuned through the electronic circuit.

Introduction The violin is one of the most important instruments in orchestral music. It is capable of delivering very perfect sound quality.

It is a stringed instrument with a lot of expression. Whether it's a delicate voice or a glorious voice.

can be sent out as you like. - History The predecessor of the violin is the violin of the fifteenth century'viole da braccio'

Put on the shoulder to rise and change the oak whiskers to play the stringed instrument with a bow. - Structure: The violin is made up of about sixty different pieces of wood.

Four strings are spaced at fifth-degree intervals.

There is a total of G d a E tone, and the G string produces the deepest sound.

The e-string can make a high, glorious sound and noisy. The shape of the bow evolved from the ancient hunting bow.

The violin bow is slightly curved.

Most use white horsetail as arch hair.

Rosin is applied to the hair.

The strings rub and vibrate to make a sound. In addition to playing with a bow, he also plucks the strings with his fingers.

plucked pizzicato). Place in a String Orchestra In a String Orchestra.

The violin is divided into first and second voices.

occupies an important position. The first violin is to the left of the conductor.

The second violin is in front of the conductor's left and the first violin to the right. - Maintenance Violin must be taken care of.

Do not leave it in a damp place.

Do not expose to the sun either.

If the body is excessively heated, it will burst. Don't put something on the body.

If the body is compressed.

There is a possibility of crushing the body. Furthermore.

It is necessary to prevent the violin from colliding with other objects, falling from a height, etc. While playing and practicing.

Cut the rim and let the bow scratch the edges. Keep the body clean.

After each performance and practice.

The rosin on the body and four strings should be wiped clean with a paper towel or a soft cotton cloth.

And to loosen the hair of the bow.

The strings don't have to be relaxed. **Reference.