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Piano key frequencies 2 75 b′′′ B6 1975.53 74 a♯′′′/b♭′′′ A♯6/B♭6 1864.66 73 a′′′ A6 1760.00 72 g♯′′′/a♭′′′ G♯6/A♭6 1661.22 71 g′′′ G6 1567.98 70 f♯′′′/g♭′′′ F♯6/G♭6 1479.98 69 f′′′ F6 1396.91 68 e′′′ E6 1318.51 67 d♯′′′/e♭′′′ D♯6/E♭6 ...
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The following equation gives the frequency f (Hz) of the n th key on the idealized standard piano with the 49th key tuned to A 4 at 440 Hz: f ( n ) = ( 2 12 ) n − 49 × 440 Hz = 2 n − 49 12 × 440 Hz {\displaystyle f(n)=\left({\sqrt[{12}]{2}}\,\right)^{n-49}\times 440\,{\text{Hz}}\,=2^{\frac {n-49}{12}}\times 440\,{\text{Hz}}\,}
Piano Key NumberMidi Note NumberHelmholtz Name [5]Scientific Pitch Name [5]108119b′′′′′B 8107118a ♯ ′′′′′/b ♭ ...A ♯8 /B ♭8106117a′′′′′A 8105116g ♯ ′′′′′/a ♭ ...G ♯8 /A ♭8People also ask
What is piano tuning?
What is common chord modulation?
How do you tune a 440 Hz piano?
How do you tune a piano with an electronic tuner?
May 6, 2014 · This chart displays the frequency of all notes: As a reference, 60 midi number = middle C on the piano. A piano has seperate strings for each note. So the fact that the A is different wouldn't necessarily mean the others are not in tune with 440. Depending on what the tuner did.
- Yes, you are correct, the "true" frequencies will differ from piano to piano. In addition to the answers already given here, I would like to add mo...
- The figure in the Wikipedia article tells you what you are asking, if you're willing to tabulate the deviations by reading the green line. The ve...
- Are you asking this question because you're writing a synthesizer? That kind of detail will help the answer that you get... If you're working on a...
- The question is actually self-defeating. The problem is that the reason a piano gets stretched tuning in the first place is disharmonicity, meanin...
- As the question itself admits, there is no "true" mathematical answer to the question since the best tuning varies from piano to piano. But one ca...
- Just to expand on a point I think is important, and the reason I think learning frequencies is semi-useless: As supercat said in his comment @Dav...
- This chart displays the frequency of all notes: As a reference, 60 midi number = middle C on the piano. A piano has seperate strings for each note...
- Pivot Modulation
- Common-Tone Modulation
- Common-Chord Modulation
- 2 – 5 – 1 Modulation
- Diminished 7 Modulation
- Know How to Modulate
Pivot modulation is very common and is done by moving into a new key via a “pivot” chord from the new key. Sometimes the pivot chord is shared by both the old and the new key. Here’s an example of what I’m talking about (Ex. 1). As you can see, the music starts in the key of C major and modulates to D major via an Em chord. Em belongs to both keys....
Common-tone modulation uses a pitch from the old key as a bridge between it and the new key. In the examples below, an F chord (F, A, C) would have a total of 12 potential keys to which it could modulate. They are A major, C major, F minor, F# minor, Ab major, Bb major, Bb minor, C minor, C major, D major and D minor. In the example below, the comm...
Common-chord modulation is very similar to common-tone modulation. While common-tone modulation shares 1 or 2 notes with the new key, common-chord modulation shares all 3 notes. Here’s an example. As you can see, the common chord between the key of G major and C major is C (C – E – G). Example 1: G major to C major
2 – 5 – 1 modulation is done by jumping to the 2-5-1 one progression in the new key. There are actually a number of variations of this kind of modulation. Each one uses a different chord for the 2 – chord. Here is one that uses a minor 7 chord. Example 1: This one uses a dominant 7 chord. It’s also called a secondary dominant. Example 2: This examp...
The diminished 7 chord is by far the most versatile of chords when it comes to modulation. Lowering any of the notes by a half step causes the chord to become a dominant 7 chord in the new key. Dominant 7 chords naturally resolve to 1 of the new key. Here are a few examples: The notes in a C#dim7 chord are C# – E – G – C? (Bb). Example 1: Alter the...
In a world where the average attention span of most people is a matter of seconds, using modulation in the music you write and arrange can be the difference between someone listening to a whole song or changing the channel to look for something better. Want to know more about modulation or need help with your song or musical work? Email me at ken@r...
Piano Tuning Chart Equal Tempered Frequencies Piano Key 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Musical NOTE A0 #b B0 C1 #b D1 #b E1 F1 #b G1 #b A1 #b B1 C2 ET Frequency 27.500 29.135 30.868 32.703 34.648 36.708 38.891 41.203 43.654 46.249 48.999 51.913 55.000 58.270 61.735 65.406 Measured Difference % Diff Cents
Tuning an upright piano is the process of giving each sound the appropriate frequency for it. In addition, the tuner’s task is to correctly select the pitch of the sounds. So that the chords played over the span of the entire keyboard sound consistent and harmonious.
In this detailed guide, I will walk you through each step of the piano tuning process, providing thorough explanations on employing the vital gear listed below to safely access the piano, pinpoint the strings to be tuned, and attain the ultimate tune.
