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What is a silent electric violin?
A silent electric violin produces the same sound as an electric guitar. It isn't as loud as an acoustic violin, but isn't silent.
How is sound made on a viola?
Either the player's fingers pluck the strings or he or she uses the violin's bow to rub on its strings, thus creating vibrations.The vibrations of the strings enter the violin's body through the bridge and are transmitted from its base to the back of the violin via the sound-post.The sound-post is a short wooden stick or peg that is placed just underneath the bridge inside the body, where it is wedged between the front and the back surfaces of the violin.Thus both the front and back of the violin are made to vibrate, making the sound become greatly amplified.Sound is produced by a violin when the strings are caused to vibrate. This vibration happens by either plucking the string or running a bow across it.
Are there any english songs like Kanon Wakeshima or modern songs that use the cello or violin?
The song "Mean" by Taylor Swift uses the violin in some parts. Its mostly the banjo but there's violins there
What type of violin does Maxim Vengerov play?
Maxin Vengerov currently uses the ex-Kreutzer stradivarius and the Il Canone
What is the best description of tone?
Tone is basically sound quality. How the sound sounds. Different tones convey different emotions. In the case of an instrument, such as the violin, a good tone would be strong and full with smooth, controlled vibrato. Tone could also be described as the feeling or emotion that a musician portrays while performing. Like the tone a person uses while theyre talking. Tone creates atmosphere.
What are the Application of multiple reflection of sound?
Multiple reflections of sound can be used in architectural design to enhance acoustics in auditoriums or concert halls, creating a more immersive and clear sound experience for the audience. In medical imaging, ultrasound uses multiple reflections to create detailed images of internal body structures. In underwater communication, multiple reflections can help improve the transmission of sound signals over long distances.
Uses of multiple reflection of sound?
The multiple reflection of sound is used in the musical instruments such as the shehanais and trumpet. It is also used in the stethoscope which is a medical instrument used for listening to sounds that are made inside the body.
What type of reflection does a kaleidoscope use?
A kaleidoscope typically uses multiple reflections, which could be a combination of regular and irregular reflections. These reflections create intricate patterns by bouncing light within the kaleidoscope's tube and mirrors.
What principle of light does the kaleidoscope use?
The kaleidoscope uses the principle of multiple reflections to create symmetrical and colorful patterns. When light enters the kaleidoscope, it bounces off multiple mirrors, creating a series of reflections that produce intricate and changing designs.
Who uses the violin?
Violinists use the violin. I use the violin.
What energy transformation is in playing the violin?
When playing the violin, mechanical energy is transformed into sound energy. The violinist uses kinetic energy to move the bow across the strings, which creates vibrations in the strings that produce sound waves.
what process uses short bursts of sound waves and their reflections to make detailed maps of internal organs inside the body?
Ultrasound
What clef is in a violin?
The violin uses the treble clef.
How is playing a violin different from playing a trumpet?
violin uses a bow trumpet uses a mouthpiece
What are uses of regular reflections?
Mirrors.
Who uses a violin?
A musician, or violinist, would use a violin.
How are echos related to sonar?
Echos are the reflections of sound waves that bounce off of objects and return to the source. Sonar technology uses these echos to determine the location and characteristics of underwater objects by sending out sound waves and analyzing their reflections. Therefore, echos are essential for sonar systems to function effectively in detecting underwater targets.
