The string that vibrates the most when strummed is typically the one with the lowest tension and highest mass per unit length, often the thicker strings on a guitar, such as the bass strings (E and A). These strings have greater amplitude in their vibrations due to their larger mass compared to thinner strings. Additionally, the material and construction of the string can also affect its vibrational characteristics, with materials like nylon or gut producing a different sound than steel strings.
which string vibrates slowst when strummed
The string that vibrates slowest when strummed is typically the thickest string on a musical instrument, such as the lowest string on a guitar or bass. Thicker strings have more mass, which results in lower frequencies and slower vibrations compared to thinner strings. Consequently, they produce deeper, bass-like sounds. The tension and length of the string also play significant roles in determining its vibration rate.
When a guitar string is plucked or strummed, it vibrates back and forth rapidly. This vibration creates sound waves that travel through the air and reach our ears, allowing us to hear the sound produced by the guitar.
The string of a veena vibrates
If you mean, what notes are they then; On a 4-string bass the one nearet you leg (and the higghest sounding note) is G. The next one up is D, then A and finally E. On a 5 string you also have C, after the E If you mean ho do they make the noise, that is a totally different question. Basically, as the string is plucked/strummed the string vibrates. These vibrations make the sound.
It's the string that vibrates when you either pluck or bow them.
String
The string which is in the lowest position. The thin E string.
A high-pitched sound results when a string or a column of air vibrates rapidly.
The strings.
the string is either plucked, strummed, or drawn on with a bow. When this happens sound/notes are produced, although not very loudly. they amplify the sound with the body of the instrument, which acts as a resonator, thus amplifying and prolonging the note.
We dont know :/