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      • The most common modern tuning standard uses 440 Hz for A above middle C as a reference note, with other notes being set relative to it. In the literature this is also called international standard pitch.
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  2. Piano key frequencies - Wikipedia › wiki › Piano_key_frequencies

    Apr 10, 2021 · This is a list of the fundamental frequencies in hertz of the keys of a modern 88-key standard or 108-key extended piano in twelve-tone equal temperament, with the 49th key, the fifth A, tuned to 440 Hz. Since every octave is made of twelve steps and since a jump of one octave doubles the frequency, each successive pitch is derived by multiplying or dividing the frequency of the previous pitch by the twelfth root of two. For example, to get the frequency a semitone up from A4, multiply 440 by th

  3. Musical tuning - Wikipedia › wiki › Musical_tuning

    5 days ago · This is the most common tuning system used in Western music, and is the standard system used as a basis for tuning a piano. Since this scale divides an octave into twelve equal-ratio steps and an octave has a frequency ratio of two, the frequency ratio between adjacent notes is then the twelfth root of two, 2 1/12, or ~1.05946309

  4. Concert pitch - Wikipedia › wiki › Concert_pitch

    3 days ago · The most common modern tuning standard uses 440 Hz for A above middle C as a reference note, with other notes being set relative to it. In the literature this is also called international standard pitch.

  5. Piano acoustics - Wikipedia › wiki › Piano_acoustics

    Apr 10, 2021 · The natural inharmonicity of a piano is used by the tuner to make slight adjustments in the tuning of a piano. The tuner stretches the notes, slightly sharpening the high notes and flatting the low notes to make overtones of lower notes have the same frequency as the fundamentals of higher notes. See also Piano wire, Piano tuning, Psychoacoustics.

  6. Cent (music) - Wikipedia › wiki › Cent_(music)

    Apr 10, 2021 · A piano tuner may verify tuning accuracy by timing the beats when two strings are sounded at once. Play middle C & 1 cent above (help · info), beat frequency = 0.16 Hz Play middle C & 10.06 cents above (help · info), beat frequency = 1.53 Hz Play middle C & 25 cents above (help · info), beat frequency = 3.81 Hz

  7. How to Tune the Autoharp - › how-to-tune-the-autoharp
    • First, The Foundational Octave
    • Standard Tuning For The Autoharp
    • Now, Tune The Other Octaves
    • Checking The Tuning Through Chords
    • in Conclusion

    The mid-octave range of the chromatic autoharp starts at F, which is the lowest bass note, and then ranging to C at its highest treble note. Additionally, the mid-octave range is where most all arrangements are developed. With that being said, it is this octave then that must be tuned first, as, aforementioned; this is the foundational octave for all the others. On a standard chromatic autoharp, and with this being the standard foundational octave, this is the middle F. As aforementioned, an electronic tuner will prove invaluable when tuning the autoharp; increasing the accuracy of tuning, and allowing for consistent tuning as well. However, as you will read below, there are times when your ear will be the best way to go. Remember, you must first tune the foundation octave, and then tune the other octaves. One could save some time by using a trained ear to 'rough in' the tuning of the lowest octave, and then follow this by fine-tuning the other octaves against the foundational octav...

    How do you find the beginning note, (in the correct octave) on your autoharp? Perhaps, the most reliable way is to find the note on another instrument. For instance, on the piano, F is the second F below middle C. Once you have found the correct octave, you can then tune each string in succession. Tuning all the F notes throughout the octaves is the best method, and then you can tune all the G notes, and so forth. When reading the tuner, if the note you have sounded is not the note specified on the autoharp, raise or lower the pitch of the specific string using a tuning wrench to turn the tuners clockwise, (raising the pitch) or counterclockwise (lowering the pitch). Once you have found the correct note, try to determine if the note is sharp or flat. Referring to your tuner, if the needle is left of 0, the string is flat; however, if the needle were to the right of 0, the note would be sharp. (Flat notes must be raised to proper pitch, and sharp notes must be lowered.) Sometimes, wh...

    Once you have tuned all the strings in the foundational octave, you can begin to tune the other octaves. This will be done by comparing the resonance of all the strings. Remember, they should be an octave apart. In other words, if you pluck the already tuned middle F, and then simultaneously pluck any of the other F notes in any of the other octaves, you can then tune these notes to closely match the foundational note. Thusly, (and to stay organized) it is important to tune all of the F notes in all of the other octaves before you attempt to tune any of the other notes. As is sometimes the case with electronic tuners, you may find that you will need to override the tuner's reading of high string pitches by tuning slightly on the sharp side of the note. This method is completely valid, because of the stiffness of the strings and the effect of harmonics on the thinner strings. In turn, the lower octaves may be tuned somewhat flat. Because an electronic tuner cannot judge partial harmo...

    Once you have tuned all the other octaves based on the foundational F octave, strum some chords to make sure everything sounds in tune and correct. (If you find that you have to adjust any of the foundation octave strings, you must then check this adjustment against all of the octaves for the same note you adjusted.) When making adjustments here, tuning by ear will be the better method. However, as with all other stringed instruments, the resultant adjustment then may not match the standard tuning as precisely. This is ok, because, if a chord happens to sound a little off, it does not mean that the instrument is necessarily out of tune. Nevertheless, remember, you are trying to make the chord itself sound tuned, and sometimes, because of the individual characteristics within the instrument itself, an adjustment will bring things inline.

    Autoharps have been used in the United States as bluegrass and folk instruments for many, many years. Perhaps most famously by the Carter Family, on legendary stages such as the Grand Ole Opry, and in performances at the Ryman Auditorium, where they regularly performed on the Johnny Cash Show. And who knows, with many hours of dedicated practice, you too may find yourself on a stage experiencing the wonderful tones of the autoharp. Good luck! Written by Keith Andrews

  8. Anybody know of a decent tuner/sound frequency meter? › 10224-anybody-know-decent

    4 days ago · The "cents" measurement of frequency is logarithmic; it divides each octave into 100 cents, regardless if it's A=110, 220, 440, 880, etc. It's for musical purposes. The only digital tuner I know of that has +/- 2 cents resolution was certain old KORG models, which later went to 4 cents.

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