Sol11 accordo per mandolino — schema e tablatura in accordatura Modal D

Risposta breve: Sol11 è un accordo Sol Dominante 11 con le note Sol, Si, Re, Fa, La, Do. In accordatura Modal D ci sono 270 posizioni. Vedi i diagrammi sotto.

Conosciuto anche come: Sol dom11

Cerchi Sol11 (Standard Accordatura)?

Accordi per pianoforteStrumentiAccordature

Come suonare Sol11 su Mandolin

Sol11, Soldom11

Note: Sol, Si, Re, Fa, La, Do

8,10,9,10,0,0,0,0 (1324....)
8,10,10,9,0,0,0,0 (1342....)
0,10,9,10,8,0,0,0 (.3241...)
0,10,10,9,8,0,0,0 (.3421...)
0,10,10,9,0,8,0,0 (.342.1..)
0,10,9,10,0,8,0,0 (.324.1..)
0,10,0,10,0,8,9,0 (.3.4.12.)
0,10,0,10,8,0,9,0 (.3.41.2.)
0,10,0,9,8,0,10,0 (.3.21.4.)
8,10,0,10,0,0,9,0 (13.4..2.)
8,10,0,9,0,0,10,0 (13.2..4.)
0,10,0,9,0,8,10,0 (.3.2.14.)
x,10,9,10,8,0,0,0 (x3241...)
x,10,10,9,8,0,0,0 (x3421...)
0,10,0,9,0,8,0,10 (.3.2.1.4)
0,10,0,10,8,0,0,9 (.3.41..2)
8,10,0,9,0,0,0,10 (13.2...4)
0,10,0,10,0,8,0,9 (.3.4.1.2)
0,10,0,9,8,0,0,10 (.3.21..4)
8,10,0,10,0,0,0,9 (13.4...2)
x,10,10,9,0,8,0,0 (x342.1..)
x,10,9,10,0,8,0,0 (x324.1..)
x,10,0,9,8,0,10,0 (x3.21.4.)
x,10,0,9,0,8,10,0 (x3.2.14.)
x,10,0,10,8,0,9,0 (x3.41.2.)
x,10,0,10,0,8,9,0 (x3.4.12.)
x,10,0,10,0,8,0,9 (x3.4.1.2)
x,10,0,9,0,8,0,10 (x3.2.1.4)
x,10,0,10,8,0,0,9 (x3.41..2)
x,10,0,9,8,0,0,10 (x3.21..4)
3,x,3,5,2,0,0,0 (2x341...)
2,x,3,5,3,0,0,0 (1x243...)
3,x,3,5,0,2,0,0 (2x34.1..)
0,x,3,5,3,2,0,0 (.x2431..)
2,x,3,5,0,3,0,0 (1x24.3..)
0,x,3,5,2,3,0,0 (.x2413..)
3,x,0,5,2,0,3,0 (2x.41.3.)
0,x,0,5,3,2,3,0 (.x.4213.)
8,10,10,9,0,x,0,0 (1342.x..)
8,10,9,10,0,x,0,0 (1324.x..)
3,x,0,5,0,2,3,0 (2x.4.13.)
0,x,0,5,2,3,3,0 (.x.4123.)
8,10,10,9,x,0,0,0 (1342x...)
8,10,9,10,x,0,0,0 (1324x...)
8,10,9,10,0,0,0,x (1324...x)
2,x,0,5,3,0,3,0 (1x.42.3.)
2,x,0,5,0,3,3,0 (1x.4.23.)
8,10,10,9,0,0,x,0 (1342..x.)
8,10,9,10,0,0,x,0 (1324..x.)
8,10,10,9,0,0,0,x (1342...x)
3,x,0,5,0,2,0,3 (2x.4.1.3)
0,10,9,10,8,x,0,0 (.3241x..)
0,10,9,10,8,0,0,x (.3241..x)
3,x,0,5,2,0,0,3 (2x.41..3)
2,x,0,5,3,0,0,3 (1x.42..3)
0,x,0,5,2,3,0,3 (.x.412.3)
0,10,10,9,8,x,0,0 (.3421x..)
0,10,9,10,8,0,x,0 (.3241.x.)
0,10,10,9,8,0,x,0 (.3421.x.)
2,x,0,5,0,3,0,3 (1x.4.2.3)
0,x,0,5,3,2,0,3 (.x.421.3)
0,10,10,9,8,0,0,x (.3421..x)
0,10,9,10,0,8,x,0 (.324.1x.)
0,10,9,10,x,8,0,0 (.324x1..)
0,10,10,9,x,8,0,0 (.342x1..)
0,10,9,10,0,8,0,x (.324.1.x)
0,10,10,9,0,8,0,x (.342.1.x)
0,10,10,9,0,8,x,0 (.342.1x.)
8,10,x,9,0,0,10,0 (13x2..4.)
0,10,0,10,8,0,9,x (.3.41.2x)
8,10,0,10,0,x,9,0 (13.4.x2.)
0,10,0,10,8,x,9,0 (.3.41x2.)
8,10,0,10,x,0,9,0 (13.4x.2.)
8,10,10,x,0,0,9,0 (134x..2.)
0,10,x,9,8,0,10,0 (.3x21.4.)
0,10,0,9,0,8,10,x (.3.2.14x)
0,10,x,9,0,8,10,0 (.3x2.14.)
0,10,10,x,8,0,9,0 (.34x1.2.)
0,10,9,x,0,8,10,0 (.32x.14.)
0,10,x,10,8,0,9,0 (.3x41.2.)
8,10,0,10,0,0,9,x (13.4..2x)
0,10,0,9,8,0,10,x (.3.21.4x)
0,10,0,10,x,8,9,0 (.3.4x12.)
0,10,0,9,x,8,10,0 (.3.2x14.)
0,10,10,x,0,8,9,0 (.34x.12.)
0,10,x,10,0,8,9,0 (.3x4.12.)
0,10,9,x,8,0,10,0 (.32x1.4.)
8,10,0,9,0,0,10,x (13.2..4x)
8,10,9,x,0,0,10,0 (132x..4.)
8,10,0,9,0,x,10,0 (13.2.x4.)
0,10,0,10,0,8,9,x (.3.4.12x)
0,10,0,9,8,x,10,0 (.3.21x4.)
8,10,0,9,x,0,10,0 (13.2x.4.)
8,10,x,10,0,0,9,0 (13x4..2.)
x,10,9,10,8,0,0,x (x3241..x)
x,10,10,9,8,0,x,0 (x3421.x.)
x,10,10,9,8,0,0,x (x3421..x)
x,10,9,10,8,0,x,0 (x3241.x.)
0,10,x,10,0,8,0,9 (.3x4.1.2)
0,10,10,x,8,0,0,9 (.34x1..2)
0,10,9,x,8,0,0,10 (.32x1..4)
8,10,0,10,x,0,0,9 (13.4x..2)
8,10,0,10,0,x,0,9 (13.4.x.2)
8,10,0,x,0,0,10,9 (13.x..42)
8,10,10,x,0,0,0,9 (134x...2)
0,10,x,9,0,8,0,10 (.3x2.1.4)
8,10,x,10,0,0,0,9 (13x4...2)
8,10,0,9,0,x,0,10 (13.2.x.4)
0,10,0,9,0,8,x,10 (.3.2.1x4)
0,10,x,9,8,0,0,10 (.3x21..4)
0,10,0,10,0,8,x,9 (.3.4.1x2)
0,10,0,x,0,8,9,10 (.3.x.124)
0,10,0,x,8,0,10,9 (.3.x1.42)
0,10,x,10,8,0,0,9 (.3x41..2)
0,10,0,10,x,8,0,9 (.3.4x1.2)
0,10,0,10,8,0,x,9 (.3.41.x2)
8,10,0,x,0,0,9,10 (13.x..24)
0,10,9,x,0,8,0,10 (.32x.1.4)
0,10,0,9,8,0,x,10 (.3.21.x4)
8,10,0,10,0,0,x,9 (13.4..x2)
0,10,0,9,x,8,0,10 (.3.2x1.4)
8,10,0,9,0,0,x,10 (13.2..x4)
0,10,0,x,0,8,10,9 (.3.x.142)
8,10,x,9,0,0,0,10 (13x2...4)
8,10,9,x,0,0,0,10 (132x...4)
0,10,0,x,8,0,9,10 (.3.x1.24)
8,10,0,9,x,0,0,10 (13.2x..4)
0,10,0,9,8,x,0,10 (.3.21x.4)
0,10,10,x,0,8,0,9 (.34x.1.2)
0,10,0,10,8,x,0,9 (.3.41x.2)
x,10,10,9,0,8,0,x (x342.1.x)
x,10,9,10,0,8,0,x (x324.1.x)
x,10,9,10,0,8,x,0 (x324.1x.)
x,10,10,9,0,8,x,0 (x342.1x.)
x,10,x,10,0,8,9,0 (x3x4.12.)
x,10,10,x,0,8,9,0 (x34x.12.)
x,10,9,x,0,8,10,0 (x32x.14.)
x,10,x,10,8,0,9,0 (x3x41.2.)
x,10,x,9,0,8,10,0 (x3x2.14.)
x,10,10,x,8,0,9,0 (x34x1.2.)
x,10,0,10,0,8,9,x (x3.4.12x)
x,10,0,9,8,0,10,x (x3.21.4x)
x,10,0,9,0,8,10,x (x3.2.14x)
x,10,x,9,8,0,10,0 (x3x21.4.)
x,10,0,10,8,0,9,x (x3.41.2x)
x,10,9,x,8,0,10,0 (x32x1.4.)
x,10,0,x,0,8,10,9 (x3.x.142)
x,10,x,10,8,0,0,9 (x3x41..2)
x,10,x,9,8,0,0,10 (x3x21..4)
x,10,0,10,0,8,x,9 (x3.4.1x2)
x,10,0,x,8,0,9,10 (x3.x1.24)
x,10,0,x,8,0,10,9 (x3.x1.42)
x,10,0,x,0,8,9,10 (x3.x.124)
x,10,9,x,0,8,0,10 (x32x.1.4)
x,10,9,x,8,0,0,10 (x32x1..4)
x,10,x,9,0,8,0,10 (x3x2.1.4)
x,10,10,x,0,8,0,9 (x34x.1.2)
x,10,x,10,0,8,0,9 (x3x4.1.2)
x,10,0,9,0,8,x,10 (x3.2.1x4)
x,10,10,x,8,0,0,9 (x34x1..2)
x,10,0,9,8,0,x,10 (x3.21.x4)
x,10,0,10,8,0,x,9 (x3.41.x2)
3,x,3,5,2,0,x,0 (2x341.x.)
2,x,3,5,3,0,x,0 (1x243.x.)
2,x,3,5,3,0,0,x (1x243..x)
3,x,3,5,2,0,0,x (2x341..x)
0,x,3,5,2,3,0,x (.x2413.x)
2,x,3,5,0,3,x,0 (1x24.3x.)
2,x,3,5,0,3,0,x (1x24.3.x)
0,x,3,5,3,2,0,x (.x2431.x)
3,x,3,5,0,2,0,x (2x34.1.x)
0,x,3,5,3,2,x,0 (.x2431x.)
0,x,3,5,2,3,x,0 (.x2413x.)
3,x,3,5,0,2,x,0 (2x34.1x.)
3,x,x,5,2,0,3,0 (2xx41.3.)
8,10,9,10,0,x,0,x (1324.x.x)
3,x,0,5,0,2,3,x (2x.4.13x)
2,x,x,5,3,0,3,0 (1xx42.3.)
0,x,0,5,3,2,3,x (.x.4213x)
3,x,x,5,0,2,3,0 (2xx4.13.)
2,x,0,5,0,3,3,x (1x.4.23x)
0,x,x,5,3,2,3,0 (.xx4213.)
0,x,0,5,2,3,3,x (.x.4123x)
2,x,x,5,0,3,3,0 (1xx4.23.)
8,10,10,9,0,x,x,0 (1342.xx.)
0,x,x,5,2,3,3,0 (.xx4123.)
8,10,9,10,0,x,x,0 (1324.xx.)
8,10,10,9,0,x,0,x (1342.x.x)
8,10,10,9,x,0,0,x (1342x..x)
8,10,10,9,x,0,x,0 (1342x.x.)
8,10,9,10,x,0,x,0 (1324x.x.)
8,10,9,10,x,0,0,x (1324x..x)
3,x,0,5,2,0,3,x (2x.41.3x)
2,x,0,5,3,0,3,x (1x.42.3x)
0,x,0,5,2,3,x,3 (.x.412x3)
3,x,x,5,2,0,0,3 (2xx41..3)
0,x,x,5,2,3,0,3 (.xx412.3)
2,x,x,5,0,3,0,3 (1xx4.2.3)
0,x,x,5,3,2,0,3 (.xx421.3)
3,x,x,5,0,2,0,3 (2xx4.1.3)
2,x,x,5,3,0,0,3 (1xx42..3)
0,10,10,9,8,x,0,x (.3421x.x)
0,10,9,10,8,x,0,x (.3241x.x)
2,x,0,5,0,3,x,3 (1x.4.2x3)
0,x,0,5,3,2,x,3 (.x.421x3)
3,x,0,5,0,2,x,3 (2x.4.1x3)
0,10,10,9,8,x,x,0 (.3421xx.)
2,x,0,5,3,0,x,3 (1x.42.x3)
3,x,0,5,2,0,x,3 (2x.41.x3)
0,10,9,10,8,x,x,0 (.3241xx.)
0,10,9,10,x,8,0,x (.324x1.x)
0,10,9,10,x,8,x,0 (.324x1x.)
0,10,10,9,x,8,0,x (.342x1.x)
0,10,10,9,x,8,x,0 (.342x1x.)
8,10,x,9,0,x,10,0 (13x2.x4.)
0,10,0,9,8,x,10,x (.3.21x4x)
8,10,0,9,x,0,10,x (13.2x.4x)
0,10,0,9,x,8,10,x (.3.2x14x)
8,10,0,10,x,0,9,x (13.4x.2x)
0,10,0,10,x,8,9,x (.3.4x12x)
8,10,9,x,0,x,10,0 (132x.x4.)
0,10,x,9,x,8,10,0 (.3x2x14.)
8,10,0,10,0,x,9,x (13.4.x2x)
0,10,9,x,x,8,10,0 (.32xx14.)
8,10,x,9,x,0,10,0 (13x2x.4.)
0,10,0,10,8,x,9,x (.3.41x2x)
8,10,0,9,0,x,10,x (13.2.x4x)
8,10,10,x,0,x,9,0 (134x.x2.)
8,10,9,x,x,0,10,0 (132xx.4.)
0,10,x,9,8,x,10,0 (.3x21x4.)
0,10,9,x,8,x,10,0 (.32x1x4.)
8,10,x,10,0,x,9,0 (13x4.x2.)
0,10,10,x,8,x,9,0 (.34x1x2.)
0,10,x,10,x,8,9,0 (.3x4x12.)
0,10,x,10,8,x,9,0 (.3x41x2.)
8,10,10,x,x,0,9,0 (134xx.2.)
0,10,10,x,x,8,9,0 (.34xx12.)
8,10,x,10,x,0,9,0 (13x4x.2.)
8,10,0,x,0,x,10,9 (13.x.x42)
0,10,x,9,8,x,0,10 (.3x21x.4)
8,10,9,x,x,0,0,10 (132xx..4)
8,10,x,9,x,0,0,10 (13x2x..4)
8,10,x,9,0,x,0,10 (13x2.x.4)
8,10,9,x,0,x,0,10 (132x.x.4)
8,10,10,x,x,0,0,9 (134xx..2)
0,10,0,9,x,8,x,10 (.3.2x1x4)
8,10,0,9,x,0,x,10 (13.2x.x4)
0,10,0,9,8,x,x,10 (.3.21xx4)
8,10,0,9,0,x,x,10 (13.2.xx4)
0,10,0,x,x,8,10,9 (.3.xx142)
8,10,0,x,x,0,10,9 (13.xx.42)
0,10,0,x,8,x,10,9 (.3.x1x42)
0,10,9,x,x,8,0,10 (.32xx1.4)
0,10,x,9,x,8,0,10 (.3x2x1.4)
0,10,9,x,8,x,0,10 (.32x1x.4)
0,10,x,10,x,8,0,9 (.3x4x1.2)
0,10,10,x,x,8,0,9 (.34xx1.2)
8,10,0,10,0,x,x,9 (13.4.xx2)
0,10,0,10,8,x,x,9 (.3.41xx2)
8,10,0,10,x,0,x,9 (13.4x.x2)
0,10,0,10,x,8,x,9 (.3.4x1x2)
8,10,0,x,0,x,9,10 (13.x.x24)
0,10,0,x,8,x,9,10 (.3.x1x24)
8,10,0,x,x,0,9,10 (13.xx.24)
8,10,10,x,0,x,0,9 (134x.x.2)
8,10,x,10,0,x,0,9 (13x4.x.2)
0,10,10,x,8,x,0,9 (.34x1x.2)
0,10,0,x,x,8,9,10 (.3.xx124)
8,10,x,10,x,0,0,9 (13x4x..2)
0,10,x,10,8,x,0,9 (.3x41x.2)

Riepilogo

  • L'accordo Sol11 contiene le note: Sol, Si, Re, Fa, La, Do
  • In accordatura Modal D ci sono 270 posizioni disponibili
  • Scritto anche come: Sol dom11
  • Ogni diagramma mostra la posizione delle dita sulla tastiera della Mandolin

Domande frequenti

Cos'è l'accordo Sol11 alla Mandolin?

Sol11 è un accordo Sol Dominante 11. Contiene le note Sol, Si, Re, Fa, La, Do. Alla Mandolin in accordatura Modal D, ci sono 270 modi per suonare questo accordo.

Come si suona Sol11 alla Mandolin?

Per suonare Sol11 in accordatura Modal D, usa una delle 270 posizioni sopra. Ogni diagramma mostra la posizione delle dita sulla tastiera.

Quali note contiene l'accordo Sol11?

L'accordo Sol11 contiene le note: Sol, Si, Re, Fa, La, Do.

Quante posizioni ci sono per Sol11?

In accordatura Modal D ci sono 270 posizioni per l'accordo Sol11. Ciascuna usa una posizione diversa sulla tastiera con le stesse note: Sol, Si, Re, Fa, La, Do.

Quali altri nomi ha Sol11?

Sol11 è anche conosciuto come Sol dom11. Sono notazioni diverse per lo stesso accordo: Sol, Si, Re, Fa, La, Do.

Tutti gli accordi di Sol

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