Acorde SolmM11 na Mandolin — Diagrama e Tabs na Afinação Modal D

Resposta curta: SolmM11 é um acorde Sol Menor Maior 11 com as notas Sol, Si♭, Re, Fa♯, La, Do. Na afinação Modal D, existem 270 posições. Veja os diagramas abaixo.

Também conhecido como: Sol-M11, Sol minmaj11

Procurando SolmM11 (Standard Afinação)?

Acordes de PianoInstrumentosAfinações

Como tocar SolmM11 no Mandolin

SolmM11, Sol-M11, Solminmaj11

Notas: Sol, Si♭, Re, Fa♯, La, Do

9,10,10,8,0,0,0,0 (2341....)
9,10,8,10,0,0,0,0 (2314....)
0,10,8,10,9,0,0,0 (.3142...)
0,10,10,8,9,0,0,0 (.3412...)
0,10,8,10,0,9,0,0 (.314.2..)
0,10,10,8,0,9,0,0 (.341.2..)
0,10,0,8,0,9,10,0 (.3.1.24.)
9,10,0,10,0,0,8,0 (23.4..1.)
0,10,0,10,0,9,8,0 (.3.4.21.)
0,10,0,8,9,0,10,0 (.3.12.4.)
0,10,0,10,9,0,8,0 (.3.42.1.)
9,10,0,8,0,0,10,0 (23.1..4.)
x,10,10,8,9,0,0,0 (x3412...)
x,10,8,10,9,0,0,0 (x3142...)
0,10,0,8,9,0,0,10 (.3.12..4)
0,10,0,8,0,9,0,10 (.3.1.2.4)
0,10,0,10,0,9,0,8 (.3.4.2.1)
9,10,0,10,0,0,0,8 (23.4...1)
0,10,0,10,9,0,0,8 (.3.42..1)
9,10,0,8,0,0,0,10 (23.1...4)
x,10,8,10,0,9,0,0 (x314.2..)
x,10,10,8,0,9,0,0 (x341.2..)
x,10,0,10,0,9,8,0 (x3.4.21.)
x,10,0,10,9,0,8,0 (x3.42.1.)
x,10,0,8,9,0,10,0 (x3.12.4.)
x,10,0,8,0,9,10,0 (x3.1.24.)
x,10,0,8,9,0,0,10 (x3.12..4)
x,10,0,8,0,9,0,10 (x3.1.2.4)
x,10,0,10,9,0,0,8 (x3.42..1)
x,10,0,10,0,9,0,8 (x3.4.2.1)
1,x,4,5,3,0,0,0 (1x342...)
3,x,4,5,1,0,0,0 (2x341...)
3,x,4,5,0,1,0,0 (2x34.1..)
0,x,4,5,3,1,0,0 (.x3421..)
0,x,4,5,1,3,0,0 (.x3412..)
1,x,4,5,0,3,0,0 (1x34.2..)
9,10,8,10,0,0,0,x (2314...x)
9,10,10,8,0,0,0,x (2341...x)
9,10,10,8,0,0,x,0 (2341..x.)
9,10,8,10,0,0,x,0 (2314..x.)
9,10,8,10,x,0,0,0 (2314x...)
9,10,10,8,x,0,0,0 (2341x...)
9,10,8,10,0,x,0,0 (2314.x..)
9,10,10,8,0,x,0,0 (2341.x..)
3,x,0,5,0,1,4,0 (2x.4.13.)
3,x,0,5,1,0,4,0 (2x.41.3.)
1,x,0,5,3,0,4,0 (1x.42.3.)
0,x,0,5,3,1,4,0 (.x.4213.)
1,x,0,5,0,3,4,0 (1x.4.23.)
0,x,0,5,1,3,4,0 (.x.4123.)
0,10,8,10,9,0,x,0 (.3142.x.)
0,10,10,8,9,0,x,0 (.3412.x.)
0,10,8,10,9,x,0,0 (.3142x..)
0,10,10,8,9,x,0,0 (.3412x..)
0,10,8,10,9,0,0,x (.3142..x)
0,10,10,8,9,0,0,x (.3412..x)
3,x,0,5,0,1,0,4 (2x.4.1.3)
0,x,0,5,1,3,0,4 (.x.412.3)
1,x,0,5,3,0,0,4 (1x.42..3)
1,x,0,5,0,3,0,4 (1x.4.2.3)
3,x,0,5,1,0,0,4 (2x.41..3)
0,x,0,5,3,1,0,4 (.x.421.3)
0,10,10,8,x,9,0,0 (.341x2..)
0,10,8,10,x,9,0,0 (.314x2..)
0,10,10,8,0,9,x,0 (.341.2x.)
0,10,8,10,0,9,0,x (.314.2.x)
0,10,8,10,0,9,x,0 (.314.2x.)
0,10,10,8,0,9,0,x (.341.2.x)
9,10,x,10,0,0,8,0 (23x4..1.)
0,10,8,x,9,0,10,0 (.31x2.4.)
0,10,0,10,9,0,8,x (.3.42.1x)
0,10,x,8,9,0,10,0 (.3x12.4.)
0,10,0,10,0,9,8,x (.3.4.21x)
9,10,x,8,0,0,10,0 (23x1..4.)
9,10,0,8,0,0,10,x (23.1..4x)
0,10,0,8,9,0,10,x (.3.12.4x)
9,10,8,x,0,0,10,0 (231x..4.)
9,10,0,10,0,x,8,0 (23.4.x1.)
9,10,0,8,x,0,10,0 (23.1x.4.)
0,10,0,10,9,x,8,0 (.3.42x1.)
0,10,0,8,0,9,10,x (.3.1.24x)
9,10,0,10,x,0,8,0 (23.4x.1.)
9,10,10,x,0,0,8,0 (234x..1.)
9,10,0,10,0,0,8,x (23.4..1x)
0,10,x,8,0,9,10,0 (.3x1.24.)
0,10,8,x,0,9,10,0 (.31x.24.)
0,10,10,x,9,0,8,0 (.34x2.1.)
0,10,x,10,9,0,8,0 (.3x42.1.)
0,10,0,8,x,9,10,0 (.3.1x24.)
0,10,x,10,0,9,8,0 (.3x4.21.)
0,10,10,x,0,9,8,0 (.34x.21.)
0,10,0,10,x,9,8,0 (.3.4x21.)
0,10,0,8,9,x,10,0 (.3.12x4.)
9,10,0,8,0,x,10,0 (23.1.x4.)
x,10,8,10,9,0,x,0 (x3142.x.)
x,10,8,10,9,0,0,x (x3142..x)
x,10,10,8,9,0,0,x (x3412..x)
x,10,10,8,9,0,x,0 (x3412.x.)
0,10,0,x,9,0,8,10 (.3.x2.14)
9,10,0,8,0,0,x,10 (23.1..x4)
9,10,0,10,0,x,0,8 (23.4.x.1)
0,10,0,x,0,9,10,8 (.3.x.241)
0,10,8,x,9,0,0,10 (.31x2..4)
0,10,x,10,9,0,0,8 (.3x42..1)
0,10,0,x,9,0,10,8 (.3.x2.41)
0,10,10,x,9,0,0,8 (.34x2..1)
0,10,x,8,0,9,0,10 (.3x1.2.4)
9,10,0,x,0,0,10,8 (23.x..41)
9,10,0,8,x,0,0,10 (23.1x..4)
0,10,0,8,9,x,0,10 (.3.12x.4)
9,10,0,x,0,0,8,10 (23.x..14)
0,10,8,x,0,9,0,10 (.31x.2.4)
9,10,0,10,x,0,0,8 (23.4x..1)
0,10,0,8,x,9,0,10 (.3.1x2.4)
0,10,0,x,0,9,8,10 (.3.x.214)
0,10,0,10,x,9,0,8 (.3.4x2.1)
9,10,x,8,0,0,0,10 (23x1...4)
9,10,8,x,0,0,0,10 (231x...4)
9,10,0,8,0,x,0,10 (23.1.x.4)
0,10,0,10,9,0,x,8 (.3.42.x1)
0,10,x,10,0,9,0,8 (.3x4.2.1)
0,10,0,8,0,9,x,10 (.3.1.2x4)
0,10,0,10,9,x,0,8 (.3.42x.1)
9,10,10,x,0,0,0,8 (234x...1)
0,10,10,x,0,9,0,8 (.34x.2.1)
0,10,0,10,0,9,x,8 (.3.4.2x1)
0,10,0,8,9,0,x,10 (.3.12.x4)
0,10,x,8,9,0,0,10 (.3x12..4)
9,10,x,10,0,0,0,8 (23x4...1)
9,10,0,10,0,0,x,8 (23.4..x1)
x,10,10,8,0,9,0,x (x341.2.x)
x,10,8,10,0,9,0,x (x314.2.x)
x,10,10,8,0,9,x,0 (x341.2x.)
x,10,8,10,0,9,x,0 (x314.2x.)
x,10,x,8,0,9,10,0 (x3x1.24.)
x,10,x,8,9,0,10,0 (x3x12.4.)
x,10,10,x,9,0,8,0 (x34x2.1.)
x,10,10,x,0,9,8,0 (x34x.21.)
x,10,8,x,0,9,10,0 (x31x.24.)
x,10,x,10,9,0,8,0 (x3x42.1.)
x,10,8,x,9,0,10,0 (x31x2.4.)
x,10,x,10,0,9,8,0 (x3x4.21.)
x,10,0,8,0,9,10,x (x3.1.24x)
x,10,0,8,9,0,10,x (x3.12.4x)
x,10,0,10,0,9,8,x (x3.4.21x)
x,10,0,10,9,0,8,x (x3.42.1x)
x,10,0,x,9,0,8,10 (x3.x2.14)
x,10,0,8,9,0,x,10 (x3.12.x4)
x,10,0,8,0,9,x,10 (x3.1.2x4)
x,10,10,x,0,9,0,8 (x34x.2.1)
x,10,0,x,0,9,8,10 (x3.x.214)
x,10,x,10,0,9,0,8 (x3x4.2.1)
x,10,0,x,9,0,10,8 (x3.x2.41)
x,10,0,x,0,9,10,8 (x3.x.241)
x,10,x,10,9,0,0,8 (x3x42..1)
x,10,8,x,9,0,0,10 (x31x2..4)
x,10,10,x,9,0,0,8 (x34x2..1)
x,10,x,8,9,0,0,10 (x3x12..4)
x,10,0,10,9,0,x,8 (x3.42.x1)
x,10,0,10,0,9,x,8 (x3.4.2x1)
x,10,8,x,0,9,0,10 (x31x.2.4)
x,10,x,8,0,9,0,10 (x3x1.2.4)
1,x,4,5,3,0,x,0 (1x342.x.)
3,x,4,5,1,0,x,0 (2x341.x.)
3,x,4,5,1,0,0,x (2x341..x)
1,x,4,5,3,0,0,x (1x342..x)
1,x,4,5,0,3,0,x (1x34.2.x)
0,x,4,5,3,1,0,x (.x3421.x)
3,x,4,5,0,1,x,0 (2x34.1x.)
3,x,4,5,0,1,0,x (2x34.1.x)
0,x,4,5,1,3,0,x (.x3412.x)
0,x,4,5,3,1,x,0 (.x3421x.)
0,x,4,5,1,3,x,0 (.x3412x.)
1,x,4,5,0,3,x,0 (1x34.2x.)
9,10,10,8,0,x,0,x (2341.x.x)
9,10,8,10,0,x,0,x (2314.x.x)
9,10,10,8,x,0,0,x (2341x..x)
9,10,10,8,x,0,x,0 (2341x.x.)
9,10,8,10,x,0,x,0 (2314x.x.)
9,10,8,10,x,0,0,x (2314x..x)
9,10,10,8,0,x,x,0 (2341.xx.)
9,10,8,10,0,x,x,0 (2314.xx.)
0,x,0,5,1,3,4,x (.x.4123x)
0,x,x,5,1,3,4,0 (.xx4123.)
1,x,0,5,3,0,4,x (1x.42.3x)
3,x,0,5,0,1,4,x (2x.4.13x)
0,x,0,5,3,1,4,x (.x.4213x)
1,x,0,5,0,3,4,x (1x.4.23x)
3,x,0,5,1,0,4,x (2x.41.3x)
3,x,x,5,1,0,4,0 (2xx41.3.)
1,x,x,5,3,0,4,0 (1xx42.3.)
3,x,x,5,0,1,4,0 (2xx4.13.)
0,x,x,5,3,1,4,0 (.xx4213.)
1,x,x,5,0,3,4,0 (1xx4.23.)
0,10,8,10,9,x,0,x (.3142x.x)
0,10,10,8,9,x,x,0 (.3412xx.)
0,10,8,10,9,x,x,0 (.3142xx.)
0,10,10,8,9,x,0,x (.3412x.x)
0,x,0,5,1,3,x,4 (.x.412x3)
3,x,0,5,0,1,x,4 (2x.4.1x3)
3,x,0,5,1,0,x,4 (2x.41.x3)
1,x,0,5,3,0,x,4 (1x.42.x3)
0,x,x,5,3,1,0,4 (.xx421.3)
3,x,x,5,0,1,0,4 (2xx4.1.3)
0,x,0,5,3,1,x,4 (.x.421x3)
1,x,0,5,0,3,x,4 (1x.4.2x3)
0,x,x,5,1,3,0,4 (.xx412.3)
3,x,x,5,1,0,0,4 (2xx41..3)
1,x,x,5,3,0,0,4 (1xx42..3)
1,x,x,5,0,3,0,4 (1xx4.2.3)
0,10,10,8,x,9,x,0 (.341x2x.)
0,10,8,10,x,9,x,0 (.314x2x.)
0,10,8,10,x,9,0,x (.314x2.x)
0,10,10,8,x,9,0,x (.341x2.x)
0,10,8,x,9,x,10,0 (.31x2x4.)
9,10,x,8,0,x,10,0 (23x1.x4.)
0,10,x,10,x,9,8,0 (.3x4x21.)
0,10,10,x,x,9,8,0 (.34xx21.)
0,10,x,8,9,x,10,0 (.3x12x4.)
9,10,x,10,x,0,8,0 (23x4x.1.)
0,10,0,8,x,9,10,x (.3.1x24x)
9,10,0,8,x,0,10,x (23.1x.4x)
0,10,0,8,9,x,10,x (.3.12x4x)
9,10,0,8,0,x,10,x (23.1.x4x)
0,10,0,10,x,9,8,x (.3.4x21x)
9,10,0,10,x,0,8,x (23.4x.1x)
0,10,0,10,9,x,8,x (.3.42x1x)
9,10,0,10,0,x,8,x (23.4.x1x)
9,10,10,x,x,0,8,0 (234xx.1.)
0,10,x,10,9,x,8,0 (.3x42x1.)
0,10,10,x,9,x,8,0 (.34x2x1.)
9,10,x,10,0,x,8,0 (23x4.x1.)
9,10,10,x,0,x,8,0 (234x.x1.)
9,10,8,x,x,0,10,0 (231xx.4.)
9,10,x,8,x,0,10,0 (23x1x.4.)
0,10,8,x,x,9,10,0 (.31xx24.)
0,10,x,8,x,9,10,0 (.3x1x24.)
9,10,8,x,0,x,10,0 (231x.x4.)
0,10,x,8,9,x,0,10 (.3x12x.4)
9,10,0,x,0,x,10,8 (23.x.x41)
9,10,8,x,x,0,0,10 (231xx..4)
9,10,x,8,x,0,0,10 (23x1x..4)
0,10,0,x,9,x,10,8 (.3.x2x41)
9,10,0,x,x,0,10,8 (23.xx.41)
9,10,x,10,x,0,0,8 (23x4x..1)
9,10,0,10,x,0,x,8 (23.4x.x1)
0,10,10,x,x,9,0,8 (.34xx2.1)
0,10,0,x,x,9,10,8 (.3.xx241)
0,10,x,10,x,9,0,8 (.3x4x2.1)
9,10,10,x,0,x,0,8 (234x.x.1)
9,10,0,8,0,x,x,10 (23.1.xx4)
0,10,0,10,9,x,x,8 (.3.42xx1)
0,10,8,x,x,9,0,10 (.31xx2.4)
0,10,x,8,x,9,0,10 (.3x1x2.4)
9,10,0,8,x,0,x,10 (23.1x.x4)
9,10,x,10,0,x,0,8 (23x4.x.1)
0,10,0,10,x,9,x,8 (.3.4x2x1)
0,10,10,x,9,x,0,8 (.34x2x.1)
0,10,0,8,x,9,x,10 (.3.1x2x4)
0,10,x,10,9,x,0,8 (.3x42x.1)
9,10,0,10,0,x,x,8 (23.4.xx1)
9,10,0,x,0,x,8,10 (23.x.x14)
0,10,0,x,9,x,8,10 (.3.x2x14)
9,10,0,x,x,0,8,10 (23.xx.14)
9,10,8,x,0,x,0,10 (231x.x.4)
9,10,x,8,0,x,0,10 (23x1.x.4)
9,10,10,x,x,0,0,8 (234xx..1)
0,10,0,x,x,9,8,10 (.3.xx214)
0,10,8,x,9,x,0,10 (.31x2x.4)
0,10,0,8,9,x,x,10 (.3.12xx4)

Resumo Rápido

  • O acorde SolmM11 contém as notas: Sol, Si♭, Re, Fa♯, La, Do
  • Na afinação Modal D, existem 270 posições disponíveis
  • Também escrito como: Sol-M11, Sol minmaj11
  • Cada diagrama mostra as posições dos dedos no braço da Mandolin

Perguntas Frequentes

O que é o acorde SolmM11 na Mandolin?

SolmM11 é um acorde Sol Menor Maior 11. Contém as notas Sol, Si♭, Re, Fa♯, La, Do. Na Mandolin na afinação Modal D, existem 270 formas de tocar.

Como tocar SolmM11 na Mandolin?

Para tocar SolmM11 na na afinação Modal D, use uma das 270 posições mostradas acima.

Quais notas compõem o acorde SolmM11?

O acorde SolmM11 contém as notas: Sol, Si♭, Re, Fa♯, La, Do.

De quantas formas se pode tocar SolmM11 na Mandolin?

Na afinação Modal D, existem 270 posições para SolmM11. Cada posição usa uma região diferente do braço com as mesmas notas: Sol, Si♭, Re, Fa♯, La, Do.

Quais são os outros nomes para SolmM11?

SolmM11 também é conhecido como Sol-M11, Sol minmaj11. São notações diferentes para o mesmo acorde: Sol, Si♭, Re, Fa♯, La, Do.

Todos os acordes de Sol

Ferramentas e referências relacionadas

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