Question of putting Roman Numerals on a chord sequence I have
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I only have a little knowledge of music theory and was unable to work out how to use roman numerals to denote a chord sequence of one of my old tunes which starts in Fm. I have listed the chord sequence a follows:
Fm Ebm F#m Bbm played twice, then, Fm Ebm Em Dm Bdim A
I know this has a modulation at the end but I don't know how to set Roman Numerals to the chords.
theory chord-progressions roman-numerals
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add a comment |
up vote
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I only have a little knowledge of music theory and was unable to work out how to use roman numerals to denote a chord sequence of one of my old tunes which starts in Fm. I have listed the chord sequence a follows:
Fm Ebm F#m Bbm played twice, then, Fm Ebm Em Dm Bdim A
I know this has a modulation at the end but I don't know how to set Roman Numerals to the chords.
theory chord-progressions roman-numerals
New contributor
3
Can I ask what "pluutin" is?
– Richard
13 hours ago
1
@Richard "Question of putting Roman Numerals on a chord sequence [he has]."
– user57423
8 hours ago
add a comment |
up vote
1
down vote
favorite
up vote
1
down vote
favorite
I only have a little knowledge of music theory and was unable to work out how to use roman numerals to denote a chord sequence of one of my old tunes which starts in Fm. I have listed the chord sequence a follows:
Fm Ebm F#m Bbm played twice, then, Fm Ebm Em Dm Bdim A
I know this has a modulation at the end but I don't know how to set Roman Numerals to the chords.
theory chord-progressions roman-numerals
New contributor
I only have a little knowledge of music theory and was unable to work out how to use roman numerals to denote a chord sequence of one of my old tunes which starts in Fm. I have listed the chord sequence a follows:
Fm Ebm F#m Bbm played twice, then, Fm Ebm Em Dm Bdim A
I know this has a modulation at the end but I don't know how to set Roman Numerals to the chords.
theory chord-progressions roman-numerals
theory chord-progressions roman-numerals
New contributor
New contributor
edited 8 hours ago
Richard
35.5k677151
35.5k677151
New contributor
asked 14 hours ago
Matt Brown
61
61
New contributor
New contributor
3
Can I ask what "pluutin" is?
– Richard
13 hours ago
1
@Richard "Question of putting Roman Numerals on a chord sequence [he has]."
– user57423
8 hours ago
add a comment |
3
Can I ask what "pluutin" is?
– Richard
13 hours ago
1
@Richard "Question of putting Roman Numerals on a chord sequence [he has]."
– user57423
8 hours ago
3
3
Can I ask what "pluutin" is?
– Richard
13 hours ago
Can I ask what "pluutin" is?
– Richard
13 hours ago
1
1
@Richard "Question of putting Roman Numerals on a chord sequence [he has]."
– user57423
8 hours ago
@Richard "Question of putting Roman Numerals on a chord sequence [he has]."
– user57423
8 hours ago
add a comment |
2 Answers
2
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oldest
votes
up vote
4
down vote
Roman numerals can be really helpful for music the follows traditional harmonic syntax. But if music is really chromatic, sometimes Roman numerals really aren't helpful at all. Unfortunately, I think your progression is one such case: we can stick Roman numerals to the chords, but it won't tell us much (if anything) that's helpful.
Fm E♭m F♯m Bbm Fm E♭m Em Dm B° A
i vii ♭ii iv i vii v iv ii° I
*** ###
Two caveats of the above progression:
- The chord marked *** I have interpreted enharmonically as G♭ minor so as to understand it as ♭II (a modified Neapolitan chord).
- The chords beginning at ### are no longer understood in F minor, but in A.
Since Roman numerals aren't all that helpful, we can perhaps better understand this progression as an example of planing. Planing is when we take a particular chord type and just move it up and down in musical space. In this case, you plane a root-position minor chord and move it up and down through the chromatic universe, and then you use it to reach a pretty clear iv–ii°–I cadence in A major.
add a comment |
up vote
1
down vote
Roman Numeral Analysis wouldn't do much good for chord progressions like these because it's not clear what key these progressions belong to, especially the second progression. Something important to note about music theory, compared to other lofty kinds of theory (physics, mathematics, etc) is that music theory does not dictate how one should or shouldn't write. It simply allows us to communicate what's happening in the music in a succinct, formal, and analytic format. What I see in your progression is, instead, a root-movement relationship built on intervals. However just because that's what I see in there does not magically mean that's why you wrote it that way.
The first progression could be said to be "constant structure" minor chords (i.e., entirely minor chords) built upon an increasingly large root movement: Major second/diminished third between Fm/Ebm, minor third between Ebm/F#m, and major third between F#m/Bbm. The second progression looks to me like a chain of seconds of varying sizes: Fm->Ebm = M2, Ebm->Em = m2, Em->Dm = M2, Dm->Bdim = A2(m3), Bdim->A = M2. The diminished and major chords in this progression provide significant color differentiation to break up the monotony of the minor chords.
This is simply how I would explain the construction of these progressions, and I'm sure several other people would have different analyses as well.
2
Your second and third sentences should be carved into stone!
– Richard
12 hours ago
add a comment |
2 Answers
2
active
oldest
votes
2 Answers
2
active
oldest
votes
active
oldest
votes
active
oldest
votes
up vote
4
down vote
Roman numerals can be really helpful for music the follows traditional harmonic syntax. But if music is really chromatic, sometimes Roman numerals really aren't helpful at all. Unfortunately, I think your progression is one such case: we can stick Roman numerals to the chords, but it won't tell us much (if anything) that's helpful.
Fm E♭m F♯m Bbm Fm E♭m Em Dm B° A
i vii ♭ii iv i vii v iv ii° I
*** ###
Two caveats of the above progression:
- The chord marked *** I have interpreted enharmonically as G♭ minor so as to understand it as ♭II (a modified Neapolitan chord).
- The chords beginning at ### are no longer understood in F minor, but in A.
Since Roman numerals aren't all that helpful, we can perhaps better understand this progression as an example of planing. Planing is when we take a particular chord type and just move it up and down in musical space. In this case, you plane a root-position minor chord and move it up and down through the chromatic universe, and then you use it to reach a pretty clear iv–ii°–I cadence in A major.
add a comment |
up vote
4
down vote
Roman numerals can be really helpful for music the follows traditional harmonic syntax. But if music is really chromatic, sometimes Roman numerals really aren't helpful at all. Unfortunately, I think your progression is one such case: we can stick Roman numerals to the chords, but it won't tell us much (if anything) that's helpful.
Fm E♭m F♯m Bbm Fm E♭m Em Dm B° A
i vii ♭ii iv i vii v iv ii° I
*** ###
Two caveats of the above progression:
- The chord marked *** I have interpreted enharmonically as G♭ minor so as to understand it as ♭II (a modified Neapolitan chord).
- The chords beginning at ### are no longer understood in F minor, but in A.
Since Roman numerals aren't all that helpful, we can perhaps better understand this progression as an example of planing. Planing is when we take a particular chord type and just move it up and down in musical space. In this case, you plane a root-position minor chord and move it up and down through the chromatic universe, and then you use it to reach a pretty clear iv–ii°–I cadence in A major.
add a comment |
up vote
4
down vote
up vote
4
down vote
Roman numerals can be really helpful for music the follows traditional harmonic syntax. But if music is really chromatic, sometimes Roman numerals really aren't helpful at all. Unfortunately, I think your progression is one such case: we can stick Roman numerals to the chords, but it won't tell us much (if anything) that's helpful.
Fm E♭m F♯m Bbm Fm E♭m Em Dm B° A
i vii ♭ii iv i vii v iv ii° I
*** ###
Two caveats of the above progression:
- The chord marked *** I have interpreted enharmonically as G♭ minor so as to understand it as ♭II (a modified Neapolitan chord).
- The chords beginning at ### are no longer understood in F minor, but in A.
Since Roman numerals aren't all that helpful, we can perhaps better understand this progression as an example of planing. Planing is when we take a particular chord type and just move it up and down in musical space. In this case, you plane a root-position minor chord and move it up and down through the chromatic universe, and then you use it to reach a pretty clear iv–ii°–I cadence in A major.
Roman numerals can be really helpful for music the follows traditional harmonic syntax. But if music is really chromatic, sometimes Roman numerals really aren't helpful at all. Unfortunately, I think your progression is one such case: we can stick Roman numerals to the chords, but it won't tell us much (if anything) that's helpful.
Fm E♭m F♯m Bbm Fm E♭m Em Dm B° A
i vii ♭ii iv i vii v iv ii° I
*** ###
Two caveats of the above progression:
- The chord marked *** I have interpreted enharmonically as G♭ minor so as to understand it as ♭II (a modified Neapolitan chord).
- The chords beginning at ### are no longer understood in F minor, but in A.
Since Roman numerals aren't all that helpful, we can perhaps better understand this progression as an example of planing. Planing is when we take a particular chord type and just move it up and down in musical space. In this case, you plane a root-position minor chord and move it up and down through the chromatic universe, and then you use it to reach a pretty clear iv–ii°–I cadence in A major.
edited 13 hours ago
answered 13 hours ago
Richard
35.5k677151
35.5k677151
add a comment |
add a comment |
up vote
1
down vote
Roman Numeral Analysis wouldn't do much good for chord progressions like these because it's not clear what key these progressions belong to, especially the second progression. Something important to note about music theory, compared to other lofty kinds of theory (physics, mathematics, etc) is that music theory does not dictate how one should or shouldn't write. It simply allows us to communicate what's happening in the music in a succinct, formal, and analytic format. What I see in your progression is, instead, a root-movement relationship built on intervals. However just because that's what I see in there does not magically mean that's why you wrote it that way.
The first progression could be said to be "constant structure" minor chords (i.e., entirely minor chords) built upon an increasingly large root movement: Major second/diminished third between Fm/Ebm, minor third between Ebm/F#m, and major third between F#m/Bbm. The second progression looks to me like a chain of seconds of varying sizes: Fm->Ebm = M2, Ebm->Em = m2, Em->Dm = M2, Dm->Bdim = A2(m3), Bdim->A = M2. The diminished and major chords in this progression provide significant color differentiation to break up the monotony of the minor chords.
This is simply how I would explain the construction of these progressions, and I'm sure several other people would have different analyses as well.
2
Your second and third sentences should be carved into stone!
– Richard
12 hours ago
add a comment |
up vote
1
down vote
Roman Numeral Analysis wouldn't do much good for chord progressions like these because it's not clear what key these progressions belong to, especially the second progression. Something important to note about music theory, compared to other lofty kinds of theory (physics, mathematics, etc) is that music theory does not dictate how one should or shouldn't write. It simply allows us to communicate what's happening in the music in a succinct, formal, and analytic format. What I see in your progression is, instead, a root-movement relationship built on intervals. However just because that's what I see in there does not magically mean that's why you wrote it that way.
The first progression could be said to be "constant structure" minor chords (i.e., entirely minor chords) built upon an increasingly large root movement: Major second/diminished third between Fm/Ebm, minor third between Ebm/F#m, and major third between F#m/Bbm. The second progression looks to me like a chain of seconds of varying sizes: Fm->Ebm = M2, Ebm->Em = m2, Em->Dm = M2, Dm->Bdim = A2(m3), Bdim->A = M2. The diminished and major chords in this progression provide significant color differentiation to break up the monotony of the minor chords.
This is simply how I would explain the construction of these progressions, and I'm sure several other people would have different analyses as well.
2
Your second and third sentences should be carved into stone!
– Richard
12 hours ago
add a comment |
up vote
1
down vote
up vote
1
down vote
Roman Numeral Analysis wouldn't do much good for chord progressions like these because it's not clear what key these progressions belong to, especially the second progression. Something important to note about music theory, compared to other lofty kinds of theory (physics, mathematics, etc) is that music theory does not dictate how one should or shouldn't write. It simply allows us to communicate what's happening in the music in a succinct, formal, and analytic format. What I see in your progression is, instead, a root-movement relationship built on intervals. However just because that's what I see in there does not magically mean that's why you wrote it that way.
The first progression could be said to be "constant structure" minor chords (i.e., entirely minor chords) built upon an increasingly large root movement: Major second/diminished third between Fm/Ebm, minor third between Ebm/F#m, and major third between F#m/Bbm. The second progression looks to me like a chain of seconds of varying sizes: Fm->Ebm = M2, Ebm->Em = m2, Em->Dm = M2, Dm->Bdim = A2(m3), Bdim->A = M2. The diminished and major chords in this progression provide significant color differentiation to break up the monotony of the minor chords.
This is simply how I would explain the construction of these progressions, and I'm sure several other people would have different analyses as well.
Roman Numeral Analysis wouldn't do much good for chord progressions like these because it's not clear what key these progressions belong to, especially the second progression. Something important to note about music theory, compared to other lofty kinds of theory (physics, mathematics, etc) is that music theory does not dictate how one should or shouldn't write. It simply allows us to communicate what's happening in the music in a succinct, formal, and analytic format. What I see in your progression is, instead, a root-movement relationship built on intervals. However just because that's what I see in there does not magically mean that's why you wrote it that way.
The first progression could be said to be "constant structure" minor chords (i.e., entirely minor chords) built upon an increasingly large root movement: Major second/diminished third between Fm/Ebm, minor third between Ebm/F#m, and major third between F#m/Bbm. The second progression looks to me like a chain of seconds of varying sizes: Fm->Ebm = M2, Ebm->Em = m2, Em->Dm = M2, Dm->Bdim = A2(m3), Bdim->A = M2. The diminished and major chords in this progression provide significant color differentiation to break up the monotony of the minor chords.
This is simply how I would explain the construction of these progressions, and I'm sure several other people would have different analyses as well.
answered 13 hours ago
LSM07
42817
42817
2
Your second and third sentences should be carved into stone!
– Richard
12 hours ago
add a comment |
2
Your second and third sentences should be carved into stone!
– Richard
12 hours ago
2
2
Your second and third sentences should be carved into stone!
– Richard
12 hours ago
Your second and third sentences should be carved into stone!
– Richard
12 hours ago
add a comment |
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3
Can I ask what "pluutin" is?
– Richard
13 hours ago
1
@Richard "Question of putting Roman Numerals on a chord sequence [he has]."
– user57423
8 hours ago