The bow pulls the string and releases it at a few hundred times a second (whatever its natural frequency is at the moment). This makes the string oscillate, with energy moving from the top of the fingerboard to the top of the bridge. This in turn vibrates the bridge, where energy moves down in through the the sound post (located under the e string). This transfers the sound to the underside of the violin. Now the sound bounces around the violin, and is amplified. The sound finally escapes through the f-holes.
vibrations between the rosin on the horsehair bow on the metal string produces a voice like music
It produce sounds
loud
Yes because they both use vibrations off of strings to make music
F-holes on a violin basically let the sound out. The sound from the vibrating string resonates within the body of the violin, amplifying it and giving the sound the unique sound of the violin. The sound waves bounce around inside the hollow body of the violin until some of it leaves the body through the f-holes. F-holes are used instead of round holes to give the violin that crisp, clean sound that they have.
vibrations between the rosin on the horsehair bow on the metal string produces a voice like music
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.
sound waves dont produce vibrations, vibrations are sound waves.
Weak vibrations produce soft or quieter sounds.
It produce sounds
No, a violin does not transform electrical energy into sound energy. Instead, sound is produced on a violin by the vibrations of the strings when they are bowed or plucked. The sound waves are then amplified and projected by the body of the violin.
The loudness of sound is directly proportional to the amplitude of the vibrations produced. Higher amplitude vibrations produce louder sounds, while lower amplitude vibrations produce quieter sounds.
loud
Yes, as is any instrument that utilizes vibrations from strings, like a piano and a harp.
A violin typically produces high-pitched sounds. The pitch of the sound is determined by the frequency of the vibrations of the strings, and violins are designed to produce frequencies corresponding to high pitches.
i dont know bu they must make a girl feel really girl
when you creat vibrations