Examples of using Violin string in English and their translations into Greek
{-}
-
Colloquial
-
Official
-
Medicine
-
Ecclesiastic
-
Financial
-
Official/political
-
Computer
Violin Strings Violin Strings.
Those violin strings.
A pair of pliers, some kind of metal pins and a bloody violin string.
Imagine a violin string, for example.
If you could pluck one of these canals with your finger, it would vibrate like a violin string.
Midnight Music for Violin& String Orchestra.
Violin strings were never made out of actual cat guts".
But Vivaldi pulled it off with just one violin, strings, and a harpsichord.
If a violin string vibrates along its entire length, will produce the deepest tone.
You can hold that tension like a violin string and make something beautiful.".
It is made up of bowls that are played with the fingers like singing bowls,creating a similar effect to a bow moving over a violin string in air.
In 1727 he modelled a violin string as a large number of closely spaced point masses, linked together by springs.
Mathematicians and scientists could hardly fail to think about waves, but their starting point came from the arts:how does a violin string create sound?
My paintings vibrate like magical sound of a violin string touched by a bow and as the fluttering of my soul.
Just like a violin string vibrating differently can give you a lot of different notes, it can give you different particles.
If the frequency of the sounds matches the frequency of the violin string, the string can resonate with the sound.".
Like a violin string, different vibrations can give you many different notes, a string can give you different particles.
You can imagine gravitational waves as sounds from a piano, andstars as a vibrating violin string held near that piano," McKernan said.
Much like a violin string vibrating differently can provide you a good deal of unique notes, a string may give you different particles.
Whereas the SM particles are vibrations of open-ended strings, like violin strings, the graviton is the vibration of a closed loop, like a rubber band.
Much like a violin string vibrating differently can supply you a great deal of special notes, a string may offer you different particles.
For example, the Sturm- Liouville problem arises in the study of the harmonics of waves in a violin string or a drum, and is a central problem in ordinary differential equations.
Whereas a classical violin string will vibrate no matter what the properties of space and time are, a quantum string is more finicky.
It says that all the blizzard of particles we see in nature- the quarks, electrons, neutrinos and the rest- are nothing butvibrations of tiny pieces of superstring, like musical notes on a violin string.
Stress is, to the human condition,what tension is to the violin string: too little and the music is dull and raspy; too much and the music is shrill or the string snaps.
The educator Parker Palmer calls it"the tragic gap," tragic not because it's sad but because it's inevitable, andmy friend Dick Nodel likes to say,"You can hold that tension like a violin string and make something beautiful.".
But this is wrong- stress is to the human condition what tension is to the violin string: too little and the music is dull and raspy; too much and the music is shrill or the string snaps.
Just as a violin string can vibrate in different patterns, each of which produces a distinct musical tone, the filaments of superstring theory can also vibrate in different patterns… A tiny string vibrating in one pattern would have the mass and electrical charge of an electron; according to the theory, such a vibrating string would be what we have traditionally called an electron.”.
And much as the different vibrational patterns of a violin string yield different musical notes, so the different vibrational patterns of these tiny strings would yield different kinds of particles.
Facco wrote a cycle of twelve concertos for violin, strings, and organ with the title of Pensieri Adriarmonici(Thoughts Adriarmonicous), published in Amsterdam, the first book in 1716 and the second in 1718.