The Solution below shows the F-flat mixolydian mode triad chords (I, ii, iiio, IV, v, vi, VII) on a piano, with mp3 and midi audio.
The Lesson steps then explain the triad chord construction from this mode, and how to name the quality of each chord based on note intervals.
For a quick summary of this topic, and to see the chord quality chart for this mode, have a look at Mode chord.
Key | C | C# | Db | D | D# | Eb | E | E# | [Fb] | F | F# | Gb | G | G# | Ab | A | A# | Bb | B | B# | Cb |
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The F-flat mixolydian chord I is the Fb major chord, and contains the notes Fb, Ab, and Cb.
This tonic chord's root / starting note is the 1st note (or scale degree) of the F-flat mixolydian mode.
The roman numeral for number 1 is 'I' and is used to indicate this is the 1st triad chord in the mode. It is in upper case to denote that the chord is a major chord.
Chord position | Link | a/b/c notation | Figured bass notation |
---|---|---|---|
Root position | Fb major chord in root position | Ia | |
1st inversion | Fb major chord in 1st inversion | Ib | I6 |
2nd inversion | Fb major chord in 2nd inversion | Ic | I64 |
The F-flat mixolydian chord ii is the Gb minor chord, and contains the notes Gb, Bbb, and Db.
This supertonic chord's root / starting note is the 2nd note (or scale degree) of the F-flat mixolydian mode.
The roman numeral for number 2 is 'ii' and is used to indicate this is the 2nd triad chord in the mode. It is in lower case to denote that the chord is a minor chord.
Chord position | Link | a/b/c notation | Figured bass notation |
---|---|---|---|
Root position | Gb minor chord in root position | iia | |
1st inversion | Gb minor chord in 1st inversion | iib | ii6 |
2nd inversion | Gb minor chord in 2nd inversion | iic | ii64 |
The F-flat mixolydian chord iiio is the Ab diminished chord, and contains the notes Ab, Cb, and Ebb.
This mediant chord's root / starting note is the 3rd note (or scale degree) of the F-flat mixolydian mode.
The roman numeral for number 3 is 'iii' and is used to indicate this is the 3rd triad chord in the mode. Just like a minor chord, the diminished chord is constructed using a minor third interval, so the roman numeral is shown in lower case.
The diminished symbol 'o' is placed after the roman numerals to indicate this is a diminished chord.
Chord position | Link | a/b/c notation | Figured bass notation |
---|---|---|---|
Root position | Ab diminished chord in root position | iiioa | |
1st inversion | Ab diminished chord in 1st inversion | iiiob | iiio6 |
2nd inversion | Ab diminished chord in 2nd inversion | iiioc | iiio64 |
The F-flat mixolydian chord IV is the Bbb major chord, and contains the notes Bbb, Db, and Fb.
This subdominant chord's root / starting note is the 4th note (or scale degree) of the F-flat mixolydian mode.
The roman numeral for number 4 is 'IV' and is used to indicate this is the 4th triad chord in the mode. It is in upper case to denote that the chord is a major chord.
Chord position | Link | a/b/c notation | Figured bass notation |
---|---|---|---|
Root position | Bbb major chord in root position | IVa | |
1st inversion | Bbb major chord in 1st inversion | IVb | IV6 |
2nd inversion | Bbb major chord in 2nd inversion | IVc | IV64 |
The F-flat mixolydian chord v is the Cb minor chord, and contains the notes Cb, Ebb, and Gb.
This dominant chord's root / starting note is the 5th note (or scale degree) of the F-flat mixolydian mode.
The roman numeral for number 5 is 'v' and is used to indicate this is the 5th triad chord in the mode. It is in lower case to denote that the chord is a minor chord.
Chord position | Link | a/b/c notation | Figured bass notation |
---|---|---|---|
Root position | Cb minor chord in root position | va | |
1st inversion | Cb minor chord in 1st inversion | vb | v6 |
2nd inversion | Cb minor chord in 2nd inversion | vc | v64 |
The F-flat mixolydian chord vi is the Db minor chord, and contains the notes Db, Fb, and Ab.
This submediant chord's root / starting note is the 6th note (or scale degree) of the F-flat mixolydian mode.
The roman numeral for number 6 is 'vi' and is used to indicate this is the 6th triad chord in the mode. It is in lower case to denote that the chord is a minor chord.
Chord position | Link | a/b/c notation | Figured bass notation |
---|---|---|---|
Root position | Db minor chord in root position | via | |
1st inversion | Db minor chord in 1st inversion | vib | vi6 |
2nd inversion | Db minor chord in 2nd inversion | vic | vi64 |
The F-flat mixolydian chord VII is the Ebb major chord, and contains the notes Ebb, Gb, and Bbb.
This subtonic chord's root / starting note is the 7th note (or scale degree) of the F-flat mixolydian mode.
The roman numeral for number 7 is 'VII' and is used to indicate this is the 7th triad chord in the mode. It is in upper case to denote that the chord is a major chord.
Chord position | Link | a/b/c notation | Figured bass notation |
---|---|---|---|
Root position | Ebb major chord in root position | VIIa | |
1st inversion | Ebb major chord in 1st inversion | VIIb | VII6 |
2nd inversion | Ebb major chord in 2nd inversion | VIIc | VII64 |
The white keys are named using the alphabetic letters A, B, C, D, E, F, and G, which is a pattern that repeats up the piano keyboard.
Every white or black key could have a flat(b) or sharp(#) accidental name, depending on how that note is used. In a later step, if sharp or flat notes are used, the exact accidental names will be chosen.
The audio files below play every note shown on the piano above, so middle C (marked with an orange line at the bottom) is the 2nd note heard.
The piano keyboard below contains the notes of the F-flat mixolydian mode.
Starting from the 1st mode note, each lesson step below will take each note in turn and construct a triad chord using that note as the root / starting note of that chord.
The triad chord will be built using only the notes of the mode we are interested in.
Triad chords are built using the 1st, 3rdand 5th notes of the mode, so the first triad below will constructed a chord using notes Fb, Ab and Cb.
No. | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 |
---|---|---|---|---|---|---|---|---|
Note | Fb | Gb | Ab | Bbb | Cb | Db | Ebb | Fb |
The second triad below will repeat this, but this time starting on the 2nd note, so its notes will be Gb, Bbb and Db - ie. the 1st, 3rd and 5th positions relative to that 2nd root note.
This pattern is repeated for all 7 notes in the mode, resulting in 7 triad chords.
Although the above method identifies each triads notes from the mode used - it does not identify the complete chord name including its quality.
Should each triad that we build be called major, minor, augmented, or diminished ? Every triad chord must have one of these quality names.
To decide the name the chord quality, each step below will use note intervals to calculate how many half-tones / semitones / piano keys between the root and the 3rd (and 5th).
Taken together, the combination of the 3rd and 5th note intervals will define the complete triad quality name.
The steps below will show how this works for each triad in turn, but in practice it might just be easier to memorize the triad quality table in the Mode chord summary for each mode type.
The table below shows the F-flat mixolydian mode, ordered to show the 1st note as the first column in the table.
To identify the triad chord note names, use the 1st, 3rd, and 5th columns / scale degrees, which are notes Fb, Ab, and Cb.
No. | 1 | 2 | 3 | 4 | 5 | 6 | 7 |
---|---|---|---|---|---|---|---|
Note | Fb | Gb | Ab | Bbb | Cb | Db | Ebb |
To identify the triad chord quality that has these notes, begin by counting the number of half-tones / semitones between the root and each of the notes.
For the 3rd Interval (note 2 on the diagram) the distance between Fb and Ab is 4 half-tones.
Now look at the complete Note interval table, and identify the note interval that has a distance of 3 half-tones (first column), and with an interval no. of 3 (last column).
The note interval name for the 3rd note / scale degree is therefore major, also called M3 for short. More details of this interval are at Fb-maj-3rd.
Repeating this for the 5th note / scale degree, the distance between Fb and Cb is 7 half-tones, and the note interval name is perfect (P5). More details of this interval are at Fb-perf-5th.
Finally, we have the name of the two note intervals of this triad, and can now lookup the name of the triad chord quality having these intervals.
Looking at the Triad chord table, the name of the triad chord quality having major(M3) and perfect(P5) note intervals is major.
And so the complete triad chord name prefixes the root note, Fb, onto this quality, giving us the Fb major chord.
The chord symbol I could be followed by the letter a to indicate that it is Fb major chord in root position (ie not inverted) - F-flat mixolydian mode chord Ia.
Instead, I could be followed by the letter b to indicate that it is Fb major chord in 1st inversion - F-flat mixolydian mode chord Ib.
Finally, letter c could be used to indicate that it is Fb major chord in 2nd inversion - F-flat mixolydian mode chord Ic.
In place of the b or c symbols above, figured bass symbols could be used to indicate inversions after the chord number symbols I:
So in this key, I6 refers to the Fb major chord in 1st inversion, and I64 refers to the Fb major chord in 2nd inversion.
The next step will need to calculate the triad chord whose root / starting note is next mode note.
To do this, the first column we used in this step, Fb, will be moved to the final column of the table.
The table below shows the F-flat mixolydian mode, ordered to show the 2nd note as the first column in the table.
To identify the triad chord note names, use the 1st, 3rd, and 5th columns / scale degrees, which are notes Gb, Bbb, and Db.
No. | 1 | 2 | 3 | 4 | 5 | 6 | 7 |
---|---|---|---|---|---|---|---|
Note | Gb | Ab | Bbb | Cb | Db | Ebb | Fb |
To identify the triad chord quality that has these notes, begin by counting the number of half-tones / semitones between the root and each of the notes.
For the 3rd Interval (note 2 on the diagram) the distance between Gb and Bbb is 3 half-tones.
Now look at the complete Note interval table, and identify the note interval that has a distance of 3 half-tones (first column), and with an interval no. of 3 (last column).
The note interval name for the 3rd note / scale degree is therefore minor, also called m3 for short. More details of this interval are at Gb-min-3rd.
Repeating this for the 5th note / scale degree, the distance between Gb and Db is 7 half-tones, and the note interval name is perfect (P5). More details of this interval are at Gb-perf-5th.
Finally, we have the name of the two note intervals of this triad, and can now lookup the name of the triad chord quality having these intervals.
Looking at the Triad chord table, the name of the triad chord quality having minor(m3) and perfect(P5) note intervals is minor.
And so the complete triad chord name prefixes the root note, Gb, onto this quality, giving us the Gb minor chord.
The chord symbol ii could be followed by the letter a to indicate that it is Gb minor chord in root position (ie not inverted) - F-flat mixolydian mode chord iia.
Instead, ii could be followed by the letter b to indicate that it is Gb minor chord in 1st inversion - F-flat mixolydian mode chord iib.
Finally, letter c could be used to indicate that it is Gb minor chord in 2nd inversion - F-flat mixolydian mode chord iic.
In place of the b or c symbols above, figured bass symbols could be used to indicate inversions after the chord number symbols ii:
So in this key, ii6 refers to the Gb minor chord in 1st inversion, and ii64 refers to the Gb minor chord in 2nd inversion.
The next step will need to calculate the triad chord whose root / starting note is next mode note.
To do this, the first column we used in this step, Gb, will be moved to the final column of the table.
The table below shows the F-flat mixolydian mode, ordered to show the 3rd note as the first column in the table.
To identify the triad chord note names, use the 1st, 3rd, and 5th columns / scale degrees, which are notes Ab, Cb, and Ebb.
No. | 1 | 2 | 3 | 4 | 5 | 6 | 7 |
---|---|---|---|---|---|---|---|
Note | Ab | Bbb | Cb | Db | Ebb | Fb | Gb |
To identify the triad chord quality that has these notes, begin by counting the number of half-tones / semitones between the root and each of the notes.
For the 3rd Interval (note 2 on the diagram) the distance between Ab and Cb is 3 half-tones.
Now look at the complete Note interval table, and identify the note interval that has a distance of 3 half-tones (first column), and with an interval no. of 3 (last column).
The note interval name for the 3rd note / scale degree is therefore minor, also called m3 for short. More details of this interval are at Ab-min-3rd.
Repeating this for the 5th note / scale degree, the distance between Ab and Ebb is 6 half-tones, and the note interval name is diminished (d5). More details of this interval are at Ab-dim-5th.
Finally, we have the name of the two note intervals of this triad, and can now lookup the name of the triad chord quality having these intervals.
Looking at the Triad chord table, the name of the triad chord quality having minor(m3) and diminished(d5) note intervals is diminished.
And so the complete triad chord name prefixes the root note, Ab, onto this quality, giving us the Ab diminished chord.
The chord symbol iiio could be followed by the letter a to indicate that it is Ab diminished chord in root position (ie not inverted) - F-flat mixolydian mode chord iiioa.
Instead, iiio could be followed by the letter b to indicate that it is Ab diminished chord in 1st inversion - F-flat mixolydian mode chord iiiob.
Finally, letter c could be used to indicate that it is Ab diminished chord in 2nd inversion - F-flat mixolydian mode chord iiioc.
In place of the b or c symbols above, figured bass symbols could be used to indicate inversions after the chord number symbols iiio:
So in this key, iiio6 refers to the Ab diminished chord in 1st inversion, and iiio64 refers to the Ab diminished chord in 2nd inversion.
The next step will need to calculate the triad chord whose root / starting note is next mode note.
To do this, the first column we used in this step, Ab, will be moved to the final column of the table.
The table below shows the F-flat mixolydian mode, ordered to show the 4th note as the first column in the table.
To identify the triad chord note names, use the 1st, 3rd, and 5th columns / scale degrees, which are notes Bbb, Db, and Fb.
No. | 1 | 2 | 3 | 4 | 5 | 6 | 7 |
---|---|---|---|---|---|---|---|
Note | Bbb | Cb | Db | Ebb | Fb | Gb | Ab |
To identify the triad chord quality that has these notes, begin by counting the number of half-tones / semitones between the root and each of the notes.
For the 3rd Interval (note 2 on the diagram) the distance between Bbb and Db is 4 half-tones.
Now look at the complete Note interval table, and identify the note interval that has a distance of 3 half-tones (first column), and with an interval no. of 3 (last column).
The note interval name for the 3rd note / scale degree is therefore major, also called M3 for short. More details of this interval are at Bbb-maj-3rd.
Repeating this for the 5th note / scale degree, the distance between Bbb and Fb is 7 half-tones, and the note interval name is perfect (P5). More details of this interval are at Bbb-perf-5th.
Finally, we have the name of the two note intervals of this triad, and can now lookup the name of the triad chord quality having these intervals.
Looking at the Triad chord table, the name of the triad chord quality having major(M3) and perfect(P5) note intervals is major.
And so the complete triad chord name prefixes the root note, Bbb, onto this quality, giving us the Bbb major chord.
The chord symbol IV could be followed by the letter a to indicate that it is Bbb major chord in root position (ie not inverted) - F-flat mixolydian mode chord IVa.
Instead, IV could be followed by the letter b to indicate that it is Bbb major chord in 1st inversion - F-flat mixolydian mode chord IVb.
Finally, letter c could be used to indicate that it is Bbb major chord in 2nd inversion - F-flat mixolydian mode chord IVc.
In place of the b or c symbols above, figured bass symbols could be used to indicate inversions after the chord number symbols IV:
So in this key, IV6 refers to the Bbb major chord in 1st inversion, and IV64 refers to the Bbb major chord in 2nd inversion.
The next step will need to calculate the triad chord whose root / starting note is next mode note.
To do this, the first column we used in this step, Bbb, will be moved to the final column of the table.
The table below shows the F-flat mixolydian mode, ordered to show the 5th note as the first column in the table.
To identify the triad chord note names, use the 1st, 3rd, and 5th columns / scale degrees, which are notes Cb, Ebb, and Gb.
No. | 1 | 2 | 3 | 4 | 5 | 6 | 7 |
---|---|---|---|---|---|---|---|
Note | Cb | Db | Ebb | Fb | Gb | Ab | Bbb |
To identify the triad chord quality that has these notes, begin by counting the number of half-tones / semitones between the root and each of the notes.
For the 3rd Interval (note 2 on the diagram) the distance between Cb and Ebb is 3 half-tones.
Now look at the complete Note interval table, and identify the note interval that has a distance of 3 half-tones (first column), and with an interval no. of 3 (last column).
The note interval name for the 3rd note / scale degree is therefore minor, also called m3 for short. More details of this interval are at Cb-min-3rd.
Repeating this for the 5th note / scale degree, the distance between Cb and Gb is 7 half-tones, and the note interval name is perfect (P5). More details of this interval are at Cb-perf-5th.
Finally, we have the name of the two note intervals of this triad, and can now lookup the name of the triad chord quality having these intervals.
Looking at the Triad chord table, the name of the triad chord quality having minor(m3) and perfect(P5) note intervals is minor.
And so the complete triad chord name prefixes the root note, Cb, onto this quality, giving us the Cb minor chord.
The chord symbol v could be followed by the letter a to indicate that it is Cb minor chord in root position (ie not inverted) - F-flat mixolydian mode chord va.
Instead, v could be followed by the letter b to indicate that it is Cb minor chord in 1st inversion - F-flat mixolydian mode chord vb.
Finally, letter c could be used to indicate that it is Cb minor chord in 2nd inversion - F-flat mixolydian mode chord vc.
In place of the b or c symbols above, figured bass symbols could be used to indicate inversions after the chord number symbols v:
So in this key, v6 refers to the Cb minor chord in 1st inversion, and v64 refers to the Cb minor chord in 2nd inversion.
The next step will need to calculate the triad chord whose root / starting note is next mode note.
To do this, the first column we used in this step, Cb, will be moved to the final column of the table.
The table below shows the F-flat mixolydian mode, ordered to show the 6th note as the first column in the table.
To identify the triad chord note names, use the 1st, 3rd, and 5th columns / scale degrees, which are notes Db, Fb, and Ab.
No. | 1 | 2 | 3 | 4 | 5 | 6 | 7 |
---|---|---|---|---|---|---|---|
Note | Db | Ebb | Fb | Gb | Ab | Bbb | Cb |
To identify the triad chord quality that has these notes, begin by counting the number of half-tones / semitones between the root and each of the notes.
For the 3rd Interval (note 2 on the diagram) the distance between Db and Fb is 3 half-tones.
Now look at the complete Note interval table, and identify the note interval that has a distance of 3 half-tones (first column), and with an interval no. of 3 (last column).
The note interval name for the 3rd note / scale degree is therefore minor, also called m3 for short. More details of this interval are at Db-min-3rd.
Repeating this for the 5th note / scale degree, the distance between Db and Ab is 7 half-tones, and the note interval name is perfect (P5). More details of this interval are at Db-perf-5th.
Finally, we have the name of the two note intervals of this triad, and can now lookup the name of the triad chord quality having these intervals.
Looking at the Triad chord table, the name of the triad chord quality having minor(m3) and perfect(P5) note intervals is minor.
And so the complete triad chord name prefixes the root note, Db, onto this quality, giving us the Db minor chord.
The chord symbol vi could be followed by the letter a to indicate that it is Db minor chord in root position (ie not inverted) - F-flat mixolydian mode chord via.
Instead, vi could be followed by the letter b to indicate that it is Db minor chord in 1st inversion - F-flat mixolydian mode chord vib.
Finally, letter c could be used to indicate that it is Db minor chord in 2nd inversion - F-flat mixolydian mode chord vic.
In place of the b or c symbols above, figured bass symbols could be used to indicate inversions after the chord number symbols vi:
So in this key, vi6 refers to the Db minor chord in 1st inversion, and vi64 refers to the Db minor chord in 2nd inversion.
The next step will need to calculate the triad chord whose root / starting note is next mode note.
To do this, the first column we used in this step, Db, will be moved to the final column of the table.
The table below shows the F-flat mixolydian mode, ordered to show the 7th note as the first column in the table.
To identify the triad chord note names, use the 1st, 3rd, and 5th columns / scale degrees, which are notes Ebb, Gb, and Bbb.
No. | 1 | 2 | 3 | 4 | 5 | 6 | 7 |
---|---|---|---|---|---|---|---|
Note | Ebb | Fb | Gb | Ab | Bbb | Cb | Db |
To identify the triad chord quality that has these notes, begin by counting the number of half-tones / semitones between the root and each of the notes.
For the 3rd Interval (note 2 on the diagram) the distance between Ebb and Gb is 4 half-tones.
Now look at the complete Note interval table, and identify the note interval that has a distance of 3 half-tones (first column), and with an interval no. of 3 (last column).
The note interval name for the 3rd note / scale degree is therefore major, also called M3 for short. More details of this interval are at Ebb-maj-3rd.
Repeating this for the 5th note / scale degree, the distance between Ebb and Bbb is 7 half-tones, and the note interval name is perfect (P5). More details of this interval are at Ebb-perf-5th.
Finally, we have the name of the two note intervals of this triad, and can now lookup the name of the triad chord quality having these intervals.
Looking at the Triad chord table, the name of the triad chord quality having major(M3) and perfect(P5) note intervals is major.
And so the complete triad chord name prefixes the root note, Ebb, onto this quality, giving us the Ebb major chord.
The chord symbol VII could be followed by the letter a to indicate that it is Ebb major chord in root position (ie not inverted) - F-flat mixolydian mode chord VIIa.
Instead, VII could be followed by the letter b to indicate that it is Ebb major chord in 1st inversion - F-flat mixolydian mode chord VIIb.
Finally, letter c could be used to indicate that it is Ebb major chord in 2nd inversion - F-flat mixolydian mode chord VIIc.
In place of the b or c symbols above, figured bass symbols could be used to indicate inversions after the chord number symbols VII:
So in this key, VII6 refers to the Ebb major chord in 1st inversion, and VII64 refers to the Ebb major chord in 2nd inversion.
This completes the set of all triad chords that harmonize with the F-flat mixolydian mode.
Key | C | C# | Db | D | D# | Eb | E | E# | [Fb] | F | F# | Gb | G | G# | Ab | A | A# | Bb | B | B# | Cb |
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