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

Resposta curta: La°b9 é um acorde La Diminuto ♭9 com as notas La, Do, Mi♭, Sol♭, Si♭. Na afinação Modal D, existem 396 posições. Veja os diagramas abaixo.

Também conhecido como: La dimb9

Procurando La°b9 (Standard Afinação)?

Acordes de PianoInstrumentosAfinações

Como tocar La°b9 no Mandolin

La°b9, Ladimb9

Notas: La, Do, Mi♭, Sol♭, Si♭

3,0,4,1,1,0,x,x (3.412.xx)
1,0,1,4,3,0,x,x (1.243.xx)
1,0,4,1,3,0,x,x (1.423.xx)
3,0,1,4,1,0,x,x (3.142.xx)
0,0,4,1,3,1,x,x (..4132xx)
0,0,1,4,3,1,x,x (..1432xx)
1,0,4,1,0,3,x,x (1.42.3xx)
1,0,1,4,0,3,x,x (1.24.3xx)
0,0,4,1,1,3,x,x (..4123xx)
0,0,1,4,1,3,x,x (..1423xx)
3,0,4,1,0,1,x,x (3.41.2xx)
3,0,1,4,0,1,x,x (3.14.2xx)
0,0,x,4,3,1,1,x (..x4312x)
1,0,4,x,3,0,1,x (1.4x3.2x)
1,0,x,4,3,0,1,x (1.x43.2x)
3,0,4,x,0,1,1,x (3.4x.12x)
3,0,x,4,0,1,1,x (3.x4.12x)
0,0,4,x,3,1,1,x (..4x312x)
0,0,x,1,1,3,4,x (..x1234x)
1,0,4,x,0,3,1,x (1.4x.32x)
1,0,x,4,0,3,1,x (1.x4.32x)
0,0,4,x,1,3,1,x (..4x132x)
0,0,x,4,1,3,1,x (..x4132x)
3,0,4,x,1,0,1,x (3.4x1.2x)
3,0,1,x,1,0,4,x (3.1x2.4x)
3,0,x,1,1,0,4,x (3.x12.4x)
1,0,1,x,3,0,4,x (1.2x3.4x)
1,0,x,1,3,0,4,x (1.x23.4x)
3,0,x,4,1,0,1,x (3.x41.2x)
3,0,1,x,0,1,4,x (3.1x.24x)
3,0,x,1,0,1,4,x (3.x1.24x)
0,0,1,x,3,1,4,x (..1x324x)
0,0,x,1,3,1,4,x (..x1324x)
1,0,1,x,0,3,4,x (1.2x.34x)
1,0,x,1,0,3,4,x (1.x2.34x)
0,0,1,x,1,3,4,x (..1x234x)
1,0,x,1,0,3,x,4 (1.x2.3x4)
0,0,4,x,3,1,x,1 (..4x31x2)
0,0,x,1,1,3,x,4 (..x123x4)
3,0,x,x,0,1,4,1 (3.xx.142)
0,0,x,4,1,3,x,1 (..x413x2)
1,0,4,x,3,0,x,1 (1.4x3.x2)
0,0,x,x,1,3,1,4 (..xx1324)
0,0,1,x,1,3,x,4 (..1x23x4)
1,0,x,4,0,3,x,1 (1.x4.3x2)
1,0,1,x,0,3,x,4 (1.2x.3x4)
0,0,4,x,1,3,x,1 (..4x13x2)
1,0,x,x,0,3,1,4 (1.xx.324)
0,0,x,1,3,1,x,4 (..x132x4)
0,0,x,x,3,1,1,4 (..xx3124)
3,0,x,4,1,0,x,1 (3.x41.x2)
0,0,1,x,3,1,x,4 (..1x32x4)
3,0,x,x,1,0,4,1 (3.xx1.42)
1,0,x,x,3,0,4,1 (1.xx3.42)
1,0,4,x,0,3,x,1 (1.4x.3x2)
3,0,x,1,0,1,x,4 (3.x1.2x4)
3,0,4,x,1,0,x,1 (3.4x1.x2)
1,0,x,4,3,0,x,1 (1.x43.x2)
0,0,x,x,3,1,4,1 (..xx3142)
3,0,4,x,0,1,x,1 (3.4x.1x2)
3,0,1,x,0,1,x,4 (3.1x.2x4)
1,0,x,1,3,0,x,4 (1.x23.x4)
1,0,1,x,3,0,x,4 (1.2x3.x4)
3,0,x,x,0,1,1,4 (3.xx.124)
1,0,x,x,3,0,1,4 (1.xx3.24)
3,0,x,1,1,0,x,4 (3.x12.x4)
1,0,x,x,0,3,4,1 (1.xx.342)
3,0,x,x,1,0,1,4 (3.xx1.24)
0,0,x,x,1,3,4,1 (..xx1342)
3,0,x,4,0,1,x,1 (3.x4.1x2)
3,0,1,x,1,0,x,4 (3.1x2.x4)
0,0,x,4,3,1,x,1 (..x431x2)
x,0,1,4,1,3,x,x (x.1423xx)
x,0,4,1,3,1,x,x (x.4132xx)
x,0,1,4,3,1,x,x (x.1432xx)
x,0,4,1,1,3,x,x (x.4123xx)
x,0,x,1,3,1,4,x (x.x1324x)
x,0,4,x,1,3,1,x (x.4x132x)
x,0,4,x,3,1,1,x (x.4x312x)
x,0,1,x,1,3,4,x (x.1x234x)
x,0,x,4,1,3,1,x (x.x4132x)
x,0,1,x,3,1,4,x (x.1x324x)
x,0,x,4,3,1,1,x (x.x4312x)
6,0,8,10,9,0,x,x (1.243.xx)
6,0,10,8,9,0,x,x (1.423.xx)
9,0,8,10,6,0,x,x (3.241.xx)
9,0,10,8,6,0,x,x (3.421.xx)
x,0,x,1,1,3,4,x (x.x1234x)
6,0,10,8,0,9,x,x (1.42.3xx)
6,0,8,10,0,9,x,x (1.24.3xx)
x,0,x,x,3,1,4,1 (x.xx3142)
0,0,10,8,6,9,x,x (..4213xx)
0,0,8,10,6,9,x,x (..2413xx)
x,0,x,x,3,1,1,4 (x.xx3124)
x,0,x,1,3,1,x,4 (x.x132x4)
x,0,1,x,3,1,x,4 (x.1x32x4)
9,0,10,8,0,6,x,x (3.42.1xx)
9,0,8,10,0,6,x,x (3.24.1xx)
x,0,x,4,1,3,x,1 (x.x413x2)
x,0,x,1,1,3,x,4 (x.x123x4)
0,0,10,8,9,6,x,x (..4231xx)
x,0,4,x,3,1,x,1 (x.4x31x2)
x,0,4,x,1,3,x,1 (x.4x13x2)
x,0,1,x,1,3,x,4 (x.1x23x4)
0,0,8,10,9,6,x,x (..2431xx)
x,0,x,x,1,3,4,1 (x.xx1342)
x,0,x,x,1,3,1,4 (x.xx1324)
x,0,x,4,3,1,x,1 (x.x431x2)
0,0,x,8,6,9,10,x (..x2134x)
0,0,x,10,9,6,8,x (..x4312x)
9,0,x,10,0,6,8,x (3.x4.12x)
6,0,10,x,0,9,8,x (1.4x.32x)
9,0,10,x,0,6,8,x (3.4x.12x)
6,0,x,10,0,9,8,x (1.x4.32x)
6,0,x,10,9,0,8,x (1.x43.2x)
6,0,10,x,9,0,8,x (1.4x3.2x)
0,0,10,x,6,9,8,x (..4x132x)
9,0,x,10,6,0,8,x (3.x41.2x)
9,0,10,x,6,0,8,x (3.4x1.2x)
0,0,x,10,6,9,8,x (..x4132x)
0,0,10,x,9,6,8,x (..4x312x)
0,0,8,x,6,9,10,x (..2x134x)
6,0,x,8,0,9,10,x (1.x2.34x)
6,0,8,x,0,9,10,x (1.2x.34x)
0,0,x,8,9,6,10,x (..x2314x)
9,0,8,x,6,0,10,x (3.2x1.4x)
0,0,8,x,9,6,10,x (..2x314x)
9,0,x,8,6,0,10,x (3.x21.4x)
9,0,x,8,0,6,10,x (3.x2.14x)
6,0,8,x,9,0,10,x (1.2x3.4x)
9,0,8,x,0,6,10,x (3.2x.14x)
6,0,x,8,9,0,10,x (1.x23.4x)
9,0,10,x,0,6,x,8 (3.4x.1x2)
6,0,x,10,9,0,x,8 (1.x43.x2)
6,0,10,x,9,0,x,8 (1.4x3.x2)
9,0,x,10,6,0,x,8 (3.x41.x2)
9,0,10,x,6,0,x,8 (3.4x1.x2)
6,0,x,8,9,0,x,10 (1.x23.x4)
9,0,x,x,6,0,8,10 (3.xx1.24)
6,0,8,x,0,9,x,10 (1.2x.3x4)
0,0,x,8,6,9,x,10 (..x213x4)
0,0,x,8,9,6,x,10 (..x231x4)
0,0,x,x,6,9,8,10 (..xx1324)
0,0,8,x,9,6,x,10 (..2x31x4)
6,0,8,x,9,0,x,10 (1.2x3.x4)
9,0,x,8,6,0,x,10 (3.x21.x4)
9,0,8,x,6,0,x,10 (3.2x1.x4)
9,0,x,8,0,6,x,10 (3.x2.1x4)
0,0,x,x,6,9,10,8 (..xx1342)
6,0,x,x,0,9,8,10 (1.xx.324)
6,0,x,x,0,9,10,8 (1.xx.342)
0,0,x,x,9,6,10,8 (..xx3142)
0,0,x,x,9,6,8,10 (..xx3124)
9,0,x,x,0,6,10,8 (3.xx.142)
6,0,x,x,9,0,10,8 (1.xx3.42)
9,0,x,x,0,6,8,10 (3.xx.124)
9,0,x,x,6,0,10,8 (3.xx1.42)
0,0,x,10,6,9,x,8 (..x413x2)
0,0,10,x,6,9,x,8 (..4x13x2)
0,0,8,x,6,9,x,10 (..2x13x4)
6,0,x,10,0,9,x,8 (1.x4.3x2)
6,0,x,x,9,0,8,10 (1.xx3.24)
6,0,10,x,0,9,x,8 (1.4x.3x2)
0,0,x,10,9,6,x,8 (..x431x2)
6,0,x,8,0,9,x,10 (1.x2.3x4)
0,0,10,x,9,6,x,8 (..4x31x2)
9,0,x,10,0,6,x,8 (3.x4.1x2)
9,0,8,x,0,6,x,10 (3.2x.1x4)
x,0,10,8,6,9,x,x (x.4213xx)
x,0,8,10,6,9,x,x (x.2413xx)
x,0,10,8,9,6,x,x (x.4231xx)
x,0,8,10,9,6,x,x (x.2431xx)
x,0,10,x,9,6,8,x (x.4x312x)
x,0,8,x,9,6,10,x (x.2x314x)
x,0,x,10,9,6,8,x (x.x4312x)
x,0,8,x,6,9,10,x (x.2x134x)
x,0,x,8,9,6,10,x (x.x2314x)
x,0,x,8,6,9,10,x (x.x2134x)
x,0,x,10,6,9,8,x (x.x4132x)
x,0,10,x,6,9,8,x (x.4x132x)
x,0,10,x,9,6,x,8 (x.4x31x2)
x,0,x,10,9,6,x,8 (x.x431x2)
x,0,x,x,6,9,10,8 (x.xx1342)
x,0,x,x,9,6,10,8 (x.xx3142)
x,0,8,x,6,9,x,10 (x.2x13x4)
x,0,x,8,9,6,x,10 (x.x231x4)
x,0,x,x,9,6,8,10 (x.xx3124)
x,0,x,10,6,9,x,8 (x.x413x2)
x,0,x,x,6,9,8,10 (x.xx1324)
x,0,10,x,6,9,x,8 (x.4x13x2)
x,0,8,x,9,6,x,10 (x.2x31x4)
x,0,x,8,6,9,x,10 (x.x213x4)
3,0,1,4,1,x,x,x (3.142xxx)
1,0,4,1,3,x,x,x (1.423xxx)
1,0,1,4,3,x,x,x (1.243xxx)
3,0,4,1,1,x,x,x (3.412xxx)
1,0,1,4,x,3,x,x (1.24x3xx)
1,0,4,1,x,3,x,x (1.42x3xx)
3,0,1,4,x,1,x,x (3.14x2xx)
3,0,4,1,x,1,x,x (3.41x2xx)
1,0,x,4,x,3,1,x (1.x4x32x)
1,0,4,x,3,x,1,x (1.4x3x2x)
3,0,x,4,1,x,1,x (3.x41x2x)
1,0,x,4,3,x,1,x (1.x43x2x)
3,x,4,x,1,0,1,x (3x4x1.2x)
1,x,4,x,3,0,1,x (1x4x3.2x)
3,0,4,x,x,1,1,x (3.4xx12x)
3,0,x,4,x,1,1,x (3.x4x12x)
3,x,4,x,0,1,1,x (3x4x.12x)
0,x,4,x,3,1,1,x (.x4x312x)
1,0,4,x,x,3,1,x (1.4xx32x)
0,x,1,x,1,3,4,x (.x1x234x)
1,x,1,x,0,3,4,x (1x2x.34x)
1,0,x,1,x,3,4,x (1.x2x34x)
1,0,1,x,x,3,4,x (1.2xx34x)
0,x,1,x,3,1,4,x (.x1x324x)
3,x,1,x,0,1,4,x (3x1x.24x)
3,0,x,1,x,1,4,x (3.x1x24x)
3,0,1,x,x,1,4,x (3.1xx24x)
1,x,1,x,3,0,4,x (1x2x3.4x)
3,x,1,x,1,0,4,x (3x1x2.4x)
1,0,x,1,3,x,4,x (1.x23x4x)
1,0,1,x,3,x,4,x (1.2x3x4x)
3,0,x,1,1,x,4,x (3.x12x4x)
3,0,1,x,1,x,4,x (3.1x2x4x)
0,x,4,x,1,3,1,x (.x4x132x)
1,x,4,x,0,3,1,x (1x4x.32x)
3,0,4,x,1,x,1,x (3.4x1x2x)
3,0,x,x,x,1,4,1 (3.xxx142)
3,x,x,x,0,1,4,1 (3xxx.142)
1,x,x,x,0,3,1,4 (1xxx.324)
0,x,x,x,3,1,4,1 (.xxx3142)
1,0,x,x,x,3,1,4 (1.xxx324)
3,0,4,x,1,x,x,1 (3.4x1xx2)
1,0,x,x,x,3,4,1 (1.xxx342)
1,x,x,x,0,3,4,1 (1xxx.342)
0,x,x,x,3,1,1,4 (.xxx3124)
0,x,x,x,1,3,4,1 (.xxx1342)
1,x,4,x,3,0,x,1 (1x4x3.x2)
3,x,x,x,0,1,1,4 (3xxx.124)
3,0,1,x,1,x,x,4 (3.1x2xx4)
3,0,x,1,1,x,x,4 (3.x12xx4)
1,0,1,x,3,x,x,4 (1.2x3xx4)
1,0,x,1,3,x,x,4 (1.x23xx4)
3,x,1,x,1,0,x,4 (3x1x2.x4)
3,0,x,x,x,1,1,4 (3.xxx124)
3,0,x,4,1,x,x,1 (3.x41xx2)
1,x,1,x,3,0,x,4 (1x2x3.x4)
1,0,4,x,x,3,x,1 (1.4xx3x2)
1,0,x,4,x,3,x,1 (1.x4x3x2)
3,0,1,x,x,1,x,4 (3.1xx2x4)
3,0,x,1,x,1,x,4 (3.x1x2x4)
3,x,1,x,0,1,x,4 (3x1x.2x4)
1,x,4,x,0,3,x,1 (1x4x.3x2)
1,0,4,x,3,x,x,1 (1.4x3xx2)
0,x,1,x,3,1,x,4 (.x1x32x4)
3,0,4,x,x,1,x,1 (3.4xx1x2)
0,x,4,x,1,3,x,1 (.x4x13x2)
3,0,x,4,x,1,x,1 (3.x4x1x2)
3,x,4,x,0,1,x,1 (3x4x.1x2)
1,0,1,x,x,3,x,4 (1.2xx3x4)
1,0,x,1,x,3,x,4 (1.x2x3x4)
1,x,1,x,0,3,x,4 (1x2x.3x4)
1,0,x,4,3,x,x,1 (1.x43xx2)
3,x,4,x,1,0,x,1 (3x4x1.x2)
0,x,1,x,1,3,x,4 (.x1x23x4)
3,0,x,x,1,x,4,1 (3.xx1x42)
1,0,x,x,3,x,4,1 (1.xx3x42)
3,x,x,x,1,0,4,1 (3xxx1.42)
0,x,x,x,1,3,1,4 (.xxx1324)
3,0,x,x,1,x,1,4 (3.xx1x24)
1,0,x,x,3,x,1,4 (1.xx3x24)
3,x,x,x,1,0,1,4 (3xxx1.24)
1,x,x,x,3,0,4,1 (1xxx3.42)
1,x,x,x,3,0,1,4 (1xxx3.24)
0,x,4,x,3,1,x,1 (.x4x31x2)
9,0,8,10,6,x,x,x (3.241xxx)
6,0,10,8,9,x,x,x (1.423xxx)
6,0,8,10,9,x,x,x (1.243xxx)
9,x,10,8,6,0,x,x (3x421.xx)
9,x,8,10,6,0,x,x (3x241.xx)
6,x,10,8,9,0,x,x (1x423.xx)
6,x,8,10,9,0,x,x (1x243.xx)
9,0,10,8,6,x,x,x (3.421xxx)
0,x,10,8,6,9,x,x (.x4213xx)
0,x,8,10,9,6,x,x (.x2431xx)
0,x,8,10,6,9,x,x (.x2413xx)
6,x,8,10,0,9,x,x (1x24.3xx)
6,x,10,8,0,9,x,x (1x42.3xx)
6,0,8,10,x,9,x,x (1.24x3xx)
9,0,10,8,x,6,x,x (3.42x1xx)
9,0,8,10,x,6,x,x (3.24x1xx)
9,x,10,8,0,6,x,x (3x42.1xx)
6,0,10,8,x,9,x,x (1.42x3xx)
9,x,8,10,0,6,x,x (3x24.1xx)
0,x,10,8,9,6,x,x (.x4231xx)
9,0,10,x,6,x,8,x (3.4x1x2x)
0,x,x,10,9,6,8,x (.xx4312x)
9,x,10,x,6,0,8,x (3x4x1.2x)
6,0,10,x,x,9,8,x (1.4xx32x)
0,x,8,x,9,6,10,x (.x2x314x)
9,x,x,10,6,0,8,x (3xx41.2x)
9,x,x,8,6,0,10,x (3xx21.4x)
6,0,x,10,x,9,8,x (1.x4x32x)
9,0,x,8,x,6,10,x (3.x2x14x)
6,x,10,x,0,9,8,x (1x4x.32x)
6,x,10,x,9,0,8,x (1x4x3.2x)
6,x,x,10,0,9,8,x (1xx4.32x)
6,x,x,10,9,0,8,x (1xx43.2x)
9,0,10,x,x,6,8,x (3.4xx12x)
0,x,10,x,6,9,8,x (.x4x132x)
0,x,x,10,6,9,8,x (.xx4132x)
0,x,x,8,9,6,10,x (.xx2314x)
9,x,8,x,6,0,10,x (3x2x1.4x)
6,0,8,x,x,9,10,x (1.2xx34x)
9,0,x,10,x,6,8,x (3.x4x12x)
6,0,x,8,x,9,10,x (1.x2x34x)
9,x,10,x,0,6,8,x (3x4x.12x)
6,x,8,x,0,9,10,x (1x2x.34x)
9,0,8,x,6,x,10,x (3.2x1x4x)
9,x,8,x,0,6,10,x (3x2x.14x)
6,0,x,8,9,x,10,x (1.x23x4x)
0,x,x,8,6,9,10,x (.xx2134x)
6,x,x,8,9,0,10,x (1xx23.4x)
9,x,x,8,0,6,10,x (3xx2.14x)
6,x,8,x,9,0,10,x (1x2x3.4x)
9,0,8,x,x,6,10,x (3.2xx14x)
9,x,x,10,0,6,8,x (3xx4.12x)
6,0,10,x,9,x,8,x (1.4x3x2x)
9,0,x,8,6,x,10,x (3.x21x4x)
6,x,x,8,0,9,10,x (1xx2.34x)
0,x,10,x,9,6,8,x (.x4x312x)
6,0,x,10,9,x,8,x (1.x43x2x)
9,0,x,10,6,x,8,x (3.x41x2x)
0,x,8,x,6,9,10,x (.x2x134x)
6,0,8,x,9,x,10,x (1.2x3x4x)
6,0,8,x,x,9,x,10 (1.2xx3x4)
0,x,x,x,9,6,10,8 (.xxx3142)
9,x,x,x,0,6,10,8 (3xxx.142)
0,x,x,x,6,9,10,8 (.xxx1342)
9,0,x,x,x,6,10,8 (3.xxx142)
6,x,x,x,9,0,10,8 (1xxx3.42)
9,0,8,x,6,x,x,10 (3.2x1xx4)
9,0,x,8,6,x,x,10 (3.x21xx4)
6,0,8,x,9,x,x,10 (1.2x3xx4)
6,0,x,8,9,x,x,10 (1.x23xx4)
9,x,8,x,6,0,x,10 (3x2x1.x4)
9,x,x,x,6,0,10,8 (3xxx1.42)
9,x,x,8,6,0,x,10 (3xx21.x4)
6,0,x,x,9,x,10,8 (1.xx3x42)
6,x,8,x,9,0,x,10 (1x2x3.x4)
9,0,x,x,6,x,10,8 (3.xx1x42)
6,x,x,8,9,0,x,10 (1xx23.x4)
0,x,x,10,6,9,x,8 (.xx413x2)
9,0,8,x,x,6,x,10 (3.2xx1x4)
9,0,x,8,x,6,x,10 (3.x2x1x4)
9,x,8,x,0,6,x,10 (3x2x.1x4)
0,x,10,x,6,9,x,8 (.x4x13x2)
9,x,x,8,0,6,x,10 (3xx2.1x4)
6,x,x,10,0,9,x,8 (1xx4.3x2)
0,x,8,x,9,6,x,10 (.x2x31x4)
6,x,10,x,0,9,x,8 (1x4x.3x2)
6,0,x,10,x,9,x,8 (1.x4x3x2)
0,x,x,8,9,6,x,10 (.xx231x4)
6,0,10,x,x,9,x,8 (1.4xx3x2)
0,x,x,10,9,6,x,8 (.xx431x2)
6,x,x,x,0,9,10,8 (1xxx.342)
6,0,x,8,x,9,x,10 (1.x2x3x4)
6,x,8,x,0,9,x,10 (1x2x.3x4)
0,x,10,x,9,6,x,8 (.x4x31x2)
6,x,x,8,0,9,x,10 (1xx2.3x4)
9,x,x,10,0,6,x,8 (3xx4.1x2)
0,x,8,x,6,9,x,10 (.x2x13x4)
9,x,10,x,0,6,x,8 (3x4x.1x2)
9,0,x,10,x,6,x,8 (3.x4x1x2)
0,x,x,8,6,9,x,10 (.xx213x4)
9,0,10,x,x,6,x,8 (3.4xx1x2)
6,x,x,10,9,0,x,8 (1xx43.x2)
9,0,x,x,6,x,8,10 (3.xx1x24)
6,0,x,x,9,x,8,10 (1.xx3x24)
9,x,x,x,6,0,8,10 (3xxx1.24)
6,x,10,x,9,0,x,8 (1x4x3.x2)
6,x,x,x,9,0,8,10 (1xxx3.24)
9,x,x,10,6,0,x,8 (3xx41.x2)
9,0,x,x,x,6,8,10 (3.xxx124)
9,x,x,x,0,6,8,10 (3xxx.124)
9,x,10,x,6,0,x,8 (3x4x1.x2)
0,x,x,x,9,6,8,10 (.xxx3124)
6,0,x,10,9,x,x,8 (1.x43xx2)
6,0,10,x,9,x,x,8 (1.4x3xx2)
6,0,x,x,x,9,8,10 (1.xxx324)
6,x,x,x,0,9,8,10 (1xxx.324)
9,0,x,10,6,x,x,8 (3.x41xx2)
0,x,x,x,6,9,8,10 (.xxx1324)
9,0,10,x,6,x,x,8 (3.4x1xx2)
6,0,x,x,x,9,10,8 (1.xxx342)

Resumo Rápido

  • O acorde La°b9 contém as notas: La, Do, Mi♭, Sol♭, Si♭
  • Na afinação Modal D, existem 396 posições disponíveis
  • Também escrito como: La dimb9
  • Cada diagrama mostra as posições dos dedos no braço da Mandolin

Perguntas Frequentes

O que é o acorde La°b9 na Mandolin?

La°b9 é um acorde La Diminuto ♭9. Contém as notas La, Do, Mi♭, Sol♭, Si♭. Na Mandolin na afinação Modal D, existem 396 formas de tocar.

Como tocar La°b9 na Mandolin?

Para tocar La°b9 na na afinação Modal D, use uma das 396 posições mostradas acima.

Quais notas compõem o acorde La°b9?

O acorde La°b9 contém as notas: La, Do, Mi♭, Sol♭, Si♭.

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

Na afinação Modal D, existem 396 posições para La°b9. Cada posição usa uma região diferente do braço com as mesmas notas: La, Do, Mi♭, Sol♭, Si♭.

Quais são os outros nomes para La°b9?

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

Todos os acordes de La

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