The bridge is the structure that rests on the main body of the instrument and holds the strings up; it is crescent-shaped at the top (traditional fiddlers might make theirs flatter?) and stands on two legs. Playing the bow close to the bridge gets a thinner, scratchier sound (mostly treble, little bass, as it were). The Italian term for this is "sul ponticello". Hope this helps!
arco
Violin case- stores the violin for travel violin stand- displays a violin
No absolutely not the bridge is what transfers the vibrations of the strings into the hollow inside of the violin resonating the sound, if you were to play it without the bridge it would sound similar to an electric guitar without an amp.
A mute
it is about 13 inches.
The bridge of a violin does the same thing as the bridges of most other stringed instruments, including the piano, guitar, uke, bass, harpsicord, crwd, etc. It raises the strings from the soundboard or resonating chamber, and it also transfers the vibrating energy of the string to the soundboard or resonating chamber. In the case of bowed instruments like the violin, it also places the strings along an arc (the upper edge of the bridge) so that they are not co-planar. If they were co-planar, you could never get the bow to make one string resonate while leaving the others untouched.
Violin case- stores the violin for travel violin stand- displays a violin
On the Bridge
Violin
The Bridge
No absolutely not the bridge is what transfers the vibrations of the strings into the hollow inside of the violin resonating the sound, if you were to play it without the bridge it would sound similar to an electric guitar without an amp.
13
If your bridge breaks, take it to a repair shop.
Parts of a violin include: the scroll, the bridge, the finger board, the fine tune, the strings ( For violin E A D G) and i am sure the chin rest counts.
The main bit is the body, the bit of wood that holds up the strings is the bridge. those are in the middle of the violin, but can you be more specific?
A mute
it is about 13 inches.
The bridge of a violin does the same thing as the bridges of most other stringed instruments, including the piano, guitar, uke, bass, harpsicord, crwd, etc. It raises the strings from the soundboard or resonating chamber, and it also transfers the vibrating energy of the string to the soundboard or resonating chamber. In the case of bowed instruments like the violin, it also places the strings along an arc (the upper edge of the bridge) so that they are not co-planar. If they were co-planar, you could never get the bow to make one string resonate while leaving the others untouched.