When the bow is rubbed against the strings, microscopic hairs on the hair of the bow create immense friction with the string. This causes the string to vibrate rapidly. The vibrating string, in turn, causes the violin to vibrate.
vibrations between the rosin on the horsehair bow on the metal string produces a voice like music
A violin makes sound and produces music by the vibration of its strings when they are played with a bow or plucked. The vibrations are amplified by the body of the violin, creating sound waves that we hear as music.
The violin produces sound when the bow is drawn across the strings, causing them to vibrate. These vibrations create sound waves that travel through the air and are amplified by the hollow body of the violin, producing its unique sound.
A violin produces sound when its strings are bowed or plucked, causing them to vibrate. These vibrations travel through the bridge and soundpost, amplifying the sound in the hollow body of the violin. The sound waves then escape through the f-holes, creating the beautiful music we hear.
vibrations produces wave
A 'cello produces a lower pitch than a violin.
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.
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.
A 'cello produces a lower pitch than a violin.
A violin produces sound by the vibration of the bow on the string, or the vibration when you pluck a string.
its produces a lot of oxygen
Yes, as is any instrument that utilizes vibrations from strings, like a piano and a harp.