Physics of the Violin

Physics of the Violin

Length: 526 words (1.5 double-spaced pages)

Rating: Excellent

Open Document

Essay Preview

More ↓
"String instruments have been played for more than a thousand years. Performance on string instruments has reached a level today that cannot be improved upon, and the quality of instruments built nearly three centuries ago is maintained in the best instrument made today" (Allen, 1).

"The violin is a wooden resonance box that amplifies the soundwaves from the vibrations of the strings stretched across it" (Mandy). The most material for the construct the violin is wood; maple used for the back, ribs, and neck) and spruce for the top. People usually uses specific types of wood because those has tight grain, which makes strong, provide the richer sound.

Since people wanted to take the violin seriously to make and play, they started to learn from the unsuccessful past to improve it. To play the violin with rich sound is necessary to violinist to have technology with the certain quality of violin. The quality of instruments built nearly 300 years ago. The quality of violin and performance is improved. The natural scientists have undertaken research into string instruments and some string-instrument builders are now beginning to take advantage of scientific methods of measurement and calculation (Hutchins 1962).

The Relation between the Bow-to-string Pressure and the Moment of Fingers

This is show the how the momentum will occur while people play the violin. When you put down the right hand on the bow, each fingers will give a force to down. However, the thumb, which put between the band, does give force up. This will happen at the frog of the bow.

x : distance from fingers to string
P : pressure
a : distance from fingers to the center of gravity of bow (const.)
W : the weight of the bow (const.)

The bow is moved a long at a particular speed by the right hand. Frictional forces between the bow and the string alternate between sticking and sliding. And the pressure will occur at the mid-end of bow where it meets the string. As the picture shown, it will be the free-body diagram for bow.

The Parts of the Violin that make its sound possible:

How to Cite this Page

MLA Citation:
"Physics of the Violin." 24 Apr 2019

Need Writing Help?

Get feedback on grammar, clarity, concision and logic instantly.

Check your paper »

Essay on Physics of musical instruments

- Physics is all around us, and yet we always overlook it. We see, hear or feel something happen but never stop to question why. Physics will tell us why. Music plays a part in everyone's lives. So much so that it is often overlooked and the technicalities of it are unappreciated. Sure there are times when we listen carefully to the music behind the songs we hear, we may focus on the rhythm or the harmonies, but we never think of what it took to make the sounds that we are hearing. In this paper, I will explain the physics musical instruments....   [tags: Music, Physics]

Research Papers
2002 words (5.7 pages)

Physics of Music Essay example

- "He who understands nothing but chemistry does not truly understand chemistry either" Georg Christoph Lichtenberg (1742-1799) Music is not purely a form of art. There is a great deal of science that goes behind the production of beautiful musical sounds. In order to understand how music is possible, one must have an understanding of physics. Physics allows us to create musical instruments with different tone qualities and the ability to be played in a certain way to produce a specific pitch or note....   [tags: physics music sound]

Research Papers
866 words (2.5 pages)

The Physics of Music Essay

- ... As the sound is propagated outward, it is “spread” over a greater area. The minimum sound intensity that can be detected by the human ear (called the threshold of hearing) is about 10-2 W/m2. At a greater intensity of about 1W/m2, sound becomes painful to the ear. The frequency of a sound wave, seeming as pitch, is the number of compressions (or rarefactions) that pass a fixed point per unit time. The frequencies audible to the human ear range from approximately 20 hertz to 20 kilohertz. Intensity is the average flow of energy per unit time through a given area of the medium and is related to loudness, (Shipman-Wilson-Higgins, 2013)....   [tags: frequency, pitch, waves]

Research Papers
876 words (2.5 pages)

Physics of Music Essay example

- Fluid Behaviors of Sound Waves Sound is capable of being produced only if a medium is present. By this, I mean that, for there to be sound, there must be air. For a sound wave to be emitted by an instrument and be received by a listener, the instrument must excite the air around it and propagate its energy through the air, in the form of compression/longitudinal waves. When received by the listener, the waves pulse the eardrums with the same varying frequencies as they were emitted. An instrument shakes to produce its tone In instruments, air is excited and set into oscillation by vibrations....   [tags: physics music sound]

Research Papers
1455 words (4.2 pages)

Essay about The Physics and Science of the Violoncello

- ... The top and back parts of the cello are usually hand-carved. The sides are formed by heating up the wood and bending them. The body of the cello has two wide bouts at the top and bottom, and two C bouts at the middle. A bridge and two f-holes are in place below the middle part. The top and back parts of the cello has purfling- a decorative border inlay. However, purfling is not just decoration; it is used to protect the instrument from cracks. Because of playing, traveling, and/or the weather, the cello may form cracks around the rim, but the pufling helps the crack spreading further to the top or the back....   [tags: cello, string, instrument, construction]

Research Papers
1376 words (3.9 pages)

The Priceless Sound of a Stradivarius Violin Essay

- Whenever there is talk of violins, the name Stradivarius always comes to mind. Questions have been asked over the centuries as to how the violins have their unique sound. Is it the varnish. Is it the water. Is it the shape. Or is it perhaps the provenance. Scientists have studied the violins and musicians have studied and debated the sound quality and the superiority of the instruments for centuries. Stradivarius violins are commonly hailed worldwide as the best violins in the world. The sound quality of Stradivarius violins is of unprecedented superiority when compared to other violins, and it is commonly believed that no one has been able to match it in the past three centuries since their...   [tags: music, violin, uniformed density, biography]

Research Papers
1912 words (5.5 pages)

Essay on Fantasy and Magical Realism in Violin

- Fantasy and Magical Realism in Violin     Violin is a novel by Anne Rice. The genre of the book is fantasy and the text allows for many comparisons to made between fantasy and magical realism.   I felt that there were a lot of fantastic elements in this book. An example of a fantastic element is when Tirana laid in bed with Karl after he died. She kept him in the house for about four days after his death because she didn't want the funeral parlor to burn him; she wanted to be with him forever (8)....   [tags: Violin Essays]

Research Papers
1158 words (3.3 pages)

The Physics of the Arc Essay

- ABSTRACT Several researchers have devoted efforts on studying physics of arc and descriptive models are used to explain many arc welding related phenomena. However, due to the subject complexity, doubts still emerge about the mechanisms of some phenomena related to the arc. For instance, the description about electromagnetic interactions with the arc, which governs the arc trajectory and lead to plasma jet and arc blow formation, seems to be yet controversial. Thus, the present study aimed a better understanding of these phenomena....   [tags: Physics ]

Research Papers
1244 words (3.6 pages)

The Physics of Fishing Essay

- The Physics of Fishing The use of a boat while fishing and some of the physics applicable to boating will be included in exploring the various ways physics applies to the sport of fishing. Other topics will include the fishing rod, fishing lure, casting, and the fish itself. The boat floats on the water according to Archimedes Principle which states an immersed object is buoyed up by a force equal to the weight of the fluid it displaces. The force applied downwards by earth’s gravity coupled with the upward force of buoyancy allows the boat to float....   [tags: Physics ]

Research Papers
871 words (2.5 pages)

Violin Essay examples

- Violin Music and art, the feelings that go through a person while the music of Mozart and Beethoven are playing, are indescribable. Listening to music can take a person away to a different era. Music like Mozart or Beethoven can really take a person's imagination soaring in a whole new perspective. Composers throughout the novel, Violin were Beethoven, Mozart, and Tchaikovsky. Violin was a truly fabulous name for this story. It contains many fantastic elements as well as realistic elements; however, it should not be confused with magical realism....   [tags: Literature Music Composers Essays]

Research Papers
1036 words (3 pages)

* Sound Box - main body of violin. It help to vibrate the sound.
* Strings - kept under tension and sounds are produced by bow or plucking
* Bow - placed perpendicular to the string and is drawn back and force across the string. The friction between the horsehair and string makes sound.

Works Cited

* Burks, Heather, Kate Gerth, and Jon Lewis. The Physics Behind Stringed Instruments. spring 2001. 18 NOV. 2002

* Cremer, Lothar. The Physics of the Violin. Trans. John S. Allen. Massachusetts: The MIT Press, 1984.

* Benoit, Cyril, and Thomas. The Violins. 1999. 18 NOV. 2002

* Mistress Mandy . "The Physics of Violin". Kent School District. 22 NOV. 2002.

* Timothy Griffin. "The Physics of the string family instrument" Gimothy Griffin homepage. April 22, 1991. 21 Nov. 2002.
* Love Violin 20 Nov. 2002
* Kim, Yura. "Picture of Violin " Violin land 20 Nov. 2002

* "Strings, standing waves and harmonics" Homepage of School of Physics - The University of New South Wales

* Galluzzo, Paul. "Helmholtz motion" Paul Galluzzo homepage 10 Oct. 2002. 21 Nov. 2002

Return to