Is there any pitch difference between D-sharp and E-flat when you are playing on the violin?
There is no difference in pitch as D shapr and E flat are the same note, therefore the same pitch.
E flat is absolutely higher than d sharp albeit by a misicule amount. If you do not play only a keyboard you may not know. Piano tuners have to compromise when tuning, if you play fifths all up the keyboard you will hear they aren't all pure.
I know that, on piano, or guitar these are the same tones, but on violin or any other non-tempered instrument maybe there is a small difference (koma)?
Although I am not a violist, as a piano and sax player, I assume that D# and Eb are the same note in music. Why would it be different between one musical instrument vs another? I just don't believe there is a difference on any instrument. Music is music and whether the piano or violin, D# is D# and Eb is Eb AND they are the same note. Enlighten me.
Because members of the violin family (violin, viola, cello, and bass) are not fretted, they, as well as the human voice and some winds, are the only instruments that can hit intermediate frequencies between half steps without stopping to retune.
On keyboard instruments ever since the 17th century, and on fretted instruments since I-don't-know-when, D# and Eb are the same pitch. These instruments have fixed pitches such that, once they are tuned, the pitch remains the same until the next tuning or until they go out of tune. Guitarists can bend the pitch in a way pianists cannot, but still not as much as violinists can.
On non-fretted stringed instruments and some wind instruments, the pitch of an individual note is very strongly under the control of the performer. A slight change of the finger position or a change in embouchure or breathing can alter the pitch dramatically. A good performer will make those changes almost instinctively, either as a result of training or just from listening to what sounds good, and they may not even be aware they are making a change.
In studies of acoustics, tuning, and harmony, the notes of the musical scale are based on mathematical ratios between notes. The notes can sound right while in one key; but when the music modulates into another key, or when a piece is transposed to a different key, the ratios and tuning will be a little "off." This became such an issue with keyboard instruments, as they became more popular, that the concept of "equal temperament" (or tuning) came about. (Remember Bach's "Well-Tempered Clavier"?)
To purists, the distinction between D# (a little lower) and Eb (a little higher) is an important one, and I have seen a lot of discussion of the superiority of "just tuning" over equal tuning; but I must admit, I don't actually like the sound of just tuning on a keyboard instrument, even in music played in the right key. To me, it sounds too much like a calliope.
On a violin, a beginning student will first learn that D# and Eb are the same, but as they advance they will develop more subtlety. When the musician can adjust each note to what sounds right, the difference between the notes can be a good thing. When a musician is locked-in to one tuning (as on a piano), whether it is just tuning or equal or mean tuning (a third type), someone may be unhappy with the results some of the time.
The technical difference between D# and Eb is, as another post says, the difference of a Pythagorean or ditonic comma, about 1/4 of a semitone. For a mathematical explanation, see the Hubs by thunderwave or read "Pythagorean comma" in Wikipedia.
The bottom line, though, is that in music it should *sound* right, even if there is some intentional dissonance.
This is a very good answer. I was never told that they were the same when I began learning to play the violin, so I was confused when I began learning music theory.
Thank you, ViolinByCourtney. My comment about what a student first learns came from my own limited violin lessons; I'm glad your comment provides additional, better information about the teaching/learning process. I wish I could revise my answer.
Of course they are the same note. But when you are playing on a violin, there is surely another pitch or many of them. When there is no frets there is variation all the way up and down the neck. Many of us may or may not be able to really tell the differences, but a good musician or violinist will be be able to tell. Do we have a name for it? Im sure there is. But do we really need to go that in depth when the normal human ear is not gonna know the difference.
by Jennifer Arnett 16 months ago
What is the difference between a fiddle and a violin?
by Janis Leslie Evans 2 years ago
What musical instrument produces the most beautiful music to your ears?I prefer the sound of a classical piano or a romantic violin. Share your personal favorites.
by Penelope Hart 14 months ago
How important do you think it is to learn a musical instrument when you are a child?
by abhishek patel 2 months ago
what is the difference between binary and digital?
by Martie Coetser 6 years ago
What is the exact difference between Rock music and Pop music?
by How? 18 months ago
What is the difference between presentation and seminar?
Copyright © 2018 HubPages Inc. and respective owners. Other product and company names shown may be trademarks of their respective owners. HubPages® is a registered Service Mark of HubPages, Inc. HubPages and Hubbers (authors) may earn revenue on this page based on affiliate relationships and advertisements with partners including Amazon, Google, and others.
|HubPages Device ID||This is used to identify particular browsers or devices when the access the service, and is used for security reasons.|
|Login||This is necessary to sign in to the HubPages Service.|
|HubPages Traffic Pixel||This is used to collect data on traffic to articles and other pages on our site. Unless you are signed in to a HubPages account, all personally identifiable information is anonymized.|
|Remarketing Pixels||We may use remarketing pixels from advertising networks such as Google AdWords, Bing Ads, and Facebook in order to advertise the HubPages Service to people that have visited our sites.|
|Conversion Tracking Pixels||We may use conversion tracking pixels from advertising networks such as Google AdWords, Bing Ads, and Facebook in order to identify when an advertisement has successfully resulted in the desired action, such as signing up for the HubPages Service or publishing an article on the HubPages Service.|