Acorde Si°b9 na Mandolin — Diagrama e Tabs na Afinação Modal D

Resposta curta: Si°b9 é um acorde Si dimb9 com as notas Si, Re, Fa, La♭, Do. Na afinação Modal D, existem 216 posições. Veja os diagramas abaixo.

Também conhecido como: Si dimb9

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Como tocar Si°b9 no Mandolin

Si°b9, Sidimb9

Notas: Si, Re, Fa, La♭, Do

x,x,10,9,8,11,0,0 (xx3214..)
x,x,10,9,11,8,0,0 (xx3241..)
x,x,0,9,8,11,10,0 (xx.2143.)
x,x,0,9,11,8,10,0 (xx.2413.)
x,x,0,9,11,8,0,10 (xx.241.3)
x,x,0,9,8,11,0,10 (xx.214.3)
x,x,x,9,8,11,10,0 (xxx2143.)
x,x,x,9,11,8,10,0 (xxx2413.)
x,x,x,9,11,8,0,10 (xxx241.3)
x,x,x,9,8,11,0,10 (xxx214.3)
x,2,3,6,3,x,0,0 (x1243x..)
x,2,6,3,3,x,0,0 (x1423x..)
x,2,6,3,x,3,0,0 (x142x3..)
x,2,3,6,x,3,0,0 (x124x3..)
x,2,0,6,3,x,3,0 (x1.42x3.)
x,2,3,0,x,3,6,0 (x12.x34.)
x,2,0,3,x,3,6,0 (x1.2x34.)
x,2,6,0,3,x,3,0 (x14.2x3.)
x,2,0,6,x,3,3,0 (x1.4x23.)
x,2,0,3,3,x,6,0 (x1.23x4.)
x,2,6,0,x,3,3,0 (x14.x23.)
x,2,3,0,3,x,6,0 (x12.3x4.)
x,2,0,6,3,x,0,3 (x1.42x.3)
x,2,0,0,x,3,3,6 (x1..x234)
x,2,0,3,x,3,0,6 (x1.2x3.4)
x,2,0,0,3,x,6,3 (x1..2x43)
x,2,3,0,3,x,0,6 (x12.3x.4)
x,2,6,0,3,x,0,3 (x14.2x.3)
x,2,0,3,3,x,0,6 (x1.23x.4)
x,2,6,0,x,3,0,3 (x14.x2.3)
x,2,0,6,x,3,0,3 (x1.4x2.3)
x,2,0,0,3,x,3,6 (x1..2x34)
x,2,0,0,x,3,6,3 (x1..x243)
x,2,3,0,x,3,0,6 (x12.x3.4)
x,x,3,x,2,3,6,0 (xx2x134.)
x,x,6,x,3,2,3,0 (xx4x213.)
x,x,6,x,2,3,3,0 (xx4x123.)
x,x,3,x,3,2,6,0 (xx2x314.)
x,x,3,x,2,3,0,6 (xx2x13.4)
x,x,0,x,3,2,6,3 (xx.x2143)
x,x,0,x,2,3,6,3 (xx.x1243)
x,x,6,x,2,3,0,3 (xx4x12.3)
x,x,6,x,3,2,0,3 (xx4x21.3)
x,x,3,x,3,2,0,6 (xx2x31.4)
x,x,0,x,3,2,3,6 (xx.x2134)
x,x,0,x,2,3,3,6 (xx.x1234)
x,x,10,9,8,11,0,x (xx3214.x)
x,x,10,9,11,8,x,0 (xx3241x.)
x,x,10,9,11,8,0,x (xx3241.x)
x,x,10,9,8,11,x,0 (xx3214x.)
x,x,6,9,8,x,10,0 (xx132x4.)
x,x,6,9,x,8,10,0 (xx13x24.)
x,x,10,9,x,8,6,0 (xx43x21.)
x,x,10,9,8,x,6,0 (xx432x1.)
x,x,0,9,11,8,10,x (xx.2413x)
x,x,0,9,8,11,10,x (xx.2143x)
x,x,6,9,8,x,0,10 (xx132x.4)
x,x,0,9,8,x,10,6 (xx.32x41)
x,x,10,9,8,x,0,6 (xx432x.1)
x,x,0,9,8,x,6,10 (xx.32x14)
x,x,0,9,x,8,6,10 (xx.3x214)
x,x,0,9,x,8,10,6 (xx.3x241)
x,x,6,9,x,8,0,10 (xx13x2.4)
x,x,10,9,x,8,0,6 (xx43x2.1)
x,x,0,9,11,8,x,10 (xx.241x3)
x,x,0,9,8,11,x,10 (xx.214x3)
3,2,3,6,x,x,0,0 (2134xx..)
3,2,6,3,x,x,0,0 (2143xx..)
3,2,0,6,x,x,3,0 (21.4xx3.)
3,2,6,0,x,x,3,0 (214.xx3.)
3,2,3,0,x,x,6,0 (213.xx4.)
3,2,0,3,x,x,6,0 (21.3xx4.)
x,2,3,6,3,x,x,0 (x1243xx.)
x,2,6,3,3,x,x,0 (x1423xx.)
x,2,3,6,3,x,0,x (x1243x.x)
x,2,6,3,3,x,0,x (x1423x.x)
3,2,0,6,x,x,0,3 (21.4xx.3)
3,2,0,3,x,x,0,6 (21.3xx.4)
8,x,10,9,11,x,0,0 (1x324x..)
11,x,10,9,8,x,0,0 (4x321x..)
3,2,0,0,x,x,6,3 (21..xx43)
3,2,0,0,x,x,3,6 (21..xx34)
3,2,3,0,x,x,0,6 (213.xx.4)
3,2,6,0,x,x,0,3 (214.xx.3)
x,2,3,6,x,3,0,x (x124x3.x)
x,2,6,3,x,3,x,0 (x142x3x.)
x,2,6,3,x,3,0,x (x142x3.x)
x,2,3,6,x,3,x,0 (x124x3x.)
11,x,10,9,x,8,0,0 (4x32x1..)
8,x,10,9,x,11,0,0 (1x32x4..)
x,2,x,3,x,3,6,0 (x1x2x34.)
x,2,6,x,x,3,3,0 (x14xx23.)
x,2,x,6,3,x,3,0 (x1x42x3.)
x,2,3,x,3,x,6,0 (x12x3x4.)
x,2,0,3,x,3,6,x (x1.2x34x)
x,2,6,0,3,x,3,x (x14.2x3x)
x,2,3,0,x,3,6,x (x12.x34x)
x,2,0,3,3,x,6,x (x1.23x4x)
x,2,3,0,3,x,6,x (x12.3x4x)
x,2,6,x,3,x,3,0 (x14x2x3.)
x,2,x,6,x,3,3,0 (x1x4x23.)
x,2,3,x,x,3,6,0 (x12xx34.)
x,2,x,3,3,x,6,0 (x1x23x4.)
x,2,0,6,x,3,3,x (x1.4x23x)
x,2,6,0,x,3,3,x (x14.x23x)
x,2,0,6,3,x,3,x (x1.42x3x)
8,x,0,9,x,11,10,0 (1x.2x43.)
11,x,0,9,x,8,10,0 (4x.2x13.)
8,x,0,9,11,x,10,0 (1x.24x3.)
11,x,0,9,8,x,10,0 (4x.21x3.)
x,2,3,x,3,x,0,6 (x12x3x.4)
x,2,0,x,3,x,3,6 (x1.x2x34)
x,2,x,3,x,3,0,6 (x1x2x3.4)
x,2,x,0,3,x,3,6 (x1x.2x34)
x,2,3,x,x,3,0,6 (x12xx3.4)
x,2,0,3,x,3,x,6 (x1.2x3x4)
x,2,6,x,3,x,0,3 (x14x2x.3)
x,2,x,0,3,x,6,3 (x1x.2x43)
x,2,x,6,3,x,0,3 (x1x42x.3)
x,2,x,0,x,3,3,6 (x1x.x234)
x,2,3,0,x,3,x,6 (x12.x3x4)
x,2,0,x,x,3,3,6 (x1.xx234)
x,2,0,3,3,x,x,6 (x1.23xx4)
x,2,6,x,x,3,0,3 (x14xx2.3)
x,2,0,x,x,3,6,3 (x1.xx243)
x,2,x,6,x,3,0,3 (x1x4x2.3)
x,2,6,0,3,x,x,3 (x14.2xx3)
x,2,0,x,3,x,6,3 (x1.x2x43)
x,2,3,0,3,x,x,6 (x12.3xx4)
x,2,0,6,3,x,x,3 (x1.42xx3)
x,2,6,0,x,3,x,3 (x14.x2x3)
x,2,0,6,x,3,x,3 (x1.4x2x3)
x,2,x,0,x,3,6,3 (x1x.x243)
x,2,x,3,3,x,0,6 (x1x23x.4)
8,x,0,9,x,11,0,10 (1x.2x4.3)
11,x,0,9,x,8,0,10 (4x.2x1.3)
8,x,0,9,11,x,0,10 (1x.24x.3)
11,x,0,9,8,x,0,10 (4x.21x.3)
3,2,3,6,x,x,x,0 (2134xxx.)
3,2,6,3,x,x,0,x (2143xx.x)
3,2,3,6,x,x,0,x (2134xx.x)
3,2,6,3,x,x,x,0 (2143xxx.)
3,x,3,x,2,x,6,0 (2x3x1x4.)
3,2,3,x,x,x,6,0 (213xxx4.)
3,2,0,6,x,x,3,x (21.4xx3x)
3,2,3,0,x,x,6,x (213.xx4x)
3,2,0,3,x,x,6,x (21.3xx4x)
2,x,3,x,x,3,6,0 (1x2xx34.)
3,x,3,x,x,2,6,0 (2x3xx14.)
2,x,3,x,3,x,6,0 (1x2x3x4.)
3,2,6,0,x,x,3,x (214.xx3x)
3,2,x,3,x,x,6,0 (21x3xx4.)
2,x,6,x,x,3,3,0 (1x4xx23.)
3,x,6,x,x,2,3,0 (2x4xx13.)
2,x,6,x,3,x,3,0 (1x4x2x3.)
3,x,6,x,2,x,3,0 (2x4x1x3.)
3,2,x,6,x,x,3,0 (21x4xx3.)
3,2,6,x,x,x,3,0 (214xxx3.)
3,x,3,x,2,x,0,6 (2x3x1x.4)
2,x,3,x,3,x,0,6 (1x2x3x.4)
3,2,6,x,x,x,0,3 (214xxx.3)
3,2,0,6,x,x,x,3 (21.4xxx3)
8,x,10,9,11,x,0,x (1x324x.x)
2,x,0,x,x,3,6,3 (1x.xx243)
2,x,0,x,3,x,6,3 (1x.x2x43)
3,x,3,x,x,2,0,6 (2x3xx1.4)
3,x,0,x,2,x,6,3 (2x.x1x43)
2,x,3,x,x,3,0,6 (1x2xx3.4)
3,2,x,0,x,x,6,3 (21x.xx43)
3,2,3,0,x,x,x,6 (213.xxx4)
3,2,0,3,x,x,x,6 (21.3xxx4)
3,2,0,x,x,x,6,3 (21.xxx43)
2,x,6,x,x,3,0,3 (1x4xx2.3)
11,x,10,9,8,x,x,0 (4x321xx.)
3,2,0,x,x,x,3,6 (21.xxx34)
3,2,x,0,x,x,3,6 (21x.xx34)
3,x,6,x,x,2,0,3 (2x4xx1.3)
3,x,0,x,2,x,3,6 (2x.x1x34)
2,x,0,x,3,x,3,6 (1x.x2x34)
3,x,0,x,x,2,6,3 (2x.xx143)
2,x,6,x,3,x,0,3 (1x4x2x.3)
3,2,3,x,x,x,0,6 (213xxx.4)
3,x,0,x,x,2,3,6 (2x.xx134)
3,x,6,x,2,x,0,3 (2x4x1x.3)
2,x,0,x,x,3,3,6 (1x.xx234)
3,2,x,3,x,x,0,6 (21x3xx.4)
3,2,x,6,x,x,0,3 (21x4xx.3)
11,x,10,9,8,x,0,x (4x321x.x)
8,x,10,9,11,x,x,0 (1x324xx.)
3,2,6,0,x,x,x,3 (214.xxx3)
11,x,10,9,x,8,0,x (4x32x1.x)
8,x,10,9,x,11,0,x (1x32x4.x)
8,x,10,9,x,11,x,0 (1x32x4x.)
11,x,10,9,x,8,x,0 (4x32x1x.)
8,x,10,9,x,x,6,0 (2x43xx1.)
8,x,6,9,x,x,10,0 (2x13xx4.)
8,x,x,9,x,11,10,0 (1xx2x43.)
8,x,0,9,11,x,10,x (1x.24x3x)
8,x,0,9,x,11,10,x (1x.2x43x)
11,x,0,9,8,x,10,x (4x.21x3x)
11,x,x,9,x,8,10,0 (4xx2x13.)
8,x,x,9,11,x,10,0 (1xx24x3.)
11,x,x,9,8,x,10,0 (4xx21x3.)
11,x,0,9,x,8,10,x (4x.2x13x)
8,x,0,9,x,x,6,10 (2x.3xx14)
8,x,0,9,x,x,10,6 (2x.3xx41)
8,x,6,9,x,x,0,10 (2x13xx.4)
8,x,10,9,x,x,0,6 (2x43xx.1)
11,x,x,9,x,8,0,10 (4xx2x1.3)
8,x,x,9,x,11,0,10 (1xx2x4.3)
11,x,x,9,8,x,0,10 (4xx21x.3)
8,x,0,9,x,11,x,10 (1x.2x4x3)
11,x,0,9,x,8,x,10 (4x.2x1x3)
8,x,0,9,11,x,x,10 (1x.24xx3)
11,x,0,9,8,x,x,10 (4x.21xx3)
8,x,x,9,11,x,0,10 (1xx24x.3)

Resumo Rápido

  • O acorde Si°b9 contém as notas: Si, Re, Fa, La♭, Do
  • Na afinação Modal D, existem 216 posições disponíveis
  • Também escrito como: Si dimb9
  • Cada diagrama mostra as posições dos dedos no braço da Mandolin

Perguntas Frequentes

O que é o acorde Si°b9 na Mandolin?

Si°b9 é um acorde Si dimb9. Contém as notas Si, Re, Fa, La♭, Do. Na Mandolin na afinação Modal D, existem 216 formas de tocar.

Como tocar Si°b9 na Mandolin?

Para tocar Si°b9 na na afinação Modal D, use uma das 216 posições mostradas acima.

Quais notas compõem o acorde Si°b9?

O acorde Si°b9 contém as notas: Si, Re, Fa, La♭, Do.

De quantas formas se pode tocar Si°b9 na Mandolin?

Na afinação Modal D, existem 216 posições para Si°b9. Cada posição usa uma região diferente do braço com as mesmas notas: Si, Re, Fa, La♭, Do.

Quais são os outros nomes para Si°b9?

Si°b9 também é conhecido como Si dimb9. São notações diferentes para o mesmo acorde: Si, Re, Fa, La♭, Do.

Todos os acordes de Si

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