ReØ9 accordo per mandolino — schema e tablatura in accordatura Irish

Risposta breve: ReØ9 è un accordo Re Ø9 con le note Re, Fa, La♭, Do, Mi. In accordatura Irish ci sono 360 posizioni. Vedi i diagrammi sotto.

Cerchi ReØ9 (Standard Accordatura)?

Accordi per pianoforteStrumentiAccordature

Come suonare ReØ9 su Mandolin

ReØ9

Note: Re, Fa, La♭, Do, Mi

x,x,6,0,7,3,3,0 (xx3.412.)
x,x,6,0,3,7,3,0 (xx3.142.)
x,x,3,0,7,3,6,0 (xx1.423.)
x,x,3,0,3,7,6,0 (xx1.243.)
x,x,0,0,7,3,6,3 (xx..4132)
x,x,3,0,3,7,0,6 (xx1.24.3)
x,x,3,0,7,3,0,6 (xx1.42.3)
x,x,0,0,3,7,6,3 (xx..1432)
x,x,0,0,7,3,3,6 (xx..4123)
x,x,10,0,8,7,6,0 (xx4.321.)
x,x,0,0,3,7,3,6 (xx..1423)
x,x,6,0,7,3,0,3 (xx3.41.2)
x,x,6,0,7,8,10,0 (xx1.234.)
x,x,6,0,8,7,10,0 (xx1.324.)
x,x,10,0,7,8,6,0 (xx4.231.)
x,x,6,0,3,7,0,3 (xx3.14.2)
x,x,x,0,7,3,6,3 (xxx.4132)
x,x,x,0,3,7,6,3 (xxx.1432)
x,x,x,0,7,3,3,6 (xxx.4123)
x,x,x,0,3,7,3,6 (xxx.1423)
x,x,10,0,8,7,0,6 (xx4.32.1)
x,x,0,0,7,8,10,6 (xx..2341)
x,x,0,0,8,7,10,6 (xx..3241)
x,x,0,0,7,8,6,10 (xx..2314)
x,x,0,0,8,7,6,10 (xx..3214)
x,x,6,0,7,8,0,10 (xx1.23.4)
x,x,6,0,8,7,0,10 (xx1.32.4)
x,x,10,0,7,8,0,6 (xx4.23.1)
x,x,x,0,8,7,10,6 (xxx.3241)
x,x,x,0,8,7,6,10 (xxx.3214)
x,x,x,0,7,8,6,10 (xxx.2314)
x,x,x,0,7,8,10,6 (xxx.2341)
x,7,3,3,3,7,6,x (x311142x)
x,7,3,3,7,3,6,x (x311412x)
x,7,6,3,3,7,3,x (x321141x)
x,7,6,3,7,3,3,x (x321411x)
x,9,10,0,8,11,0,x (x23.14.x)
x,9,10,0,11,8,0,x (x23.41.x)
x,9,10,0,11,8,x,0 (x23.41x.)
x,9,10,0,8,11,x,0 (x23.14x.)
x,7,x,3,3,7,6,3 (x3x11421)
x,7,6,3,3,7,x,3 (x32114x1)
x,7,6,3,7,3,x,3 (x32141x1)
x,7,x,3,3,7,3,6 (x3x11412)
x,7,3,3,3,7,x,6 (x31114x2)
x,7,3,3,7,3,x,6 (x31141x2)
x,7,x,3,7,3,3,6 (x3x14112)
x,7,x,3,7,3,6,3 (x3x14121)
x,10,10,0,11,7,x,0 (x23.41x.)
x,10,10,0,7,11,x,0 (x23.14x.)
x,10,10,0,7,11,0,x (x23.14.x)
x,10,10,0,11,7,0,x (x23.41.x)
x,x,6,0,7,3,3,x (xx3.412x)
x,9,0,0,8,11,10,x (x2..143x)
x,9,0,0,11,8,10,x (x2..413x)
x,x,3,0,3,7,6,x (xx1.243x)
x,9,x,0,11,8,10,0 (x2x.413.)
x,x,6,0,3,7,3,x (xx3.142x)
x,9,x,0,8,11,10,0 (x2x.143.)
x,x,3,0,7,3,6,x (xx1.423x)
x,10,6,0,x,7,10,0 (x31.x24.)
x,9,6,0,x,8,10,0 (x31.x24.)
x,10,10,0,x,7,6,0 (x34.x21.)
x,9,10,0,8,x,6,0 (x34.2x1.)
x,10,10,0,7,x,6,0 (x34.2x1.)
x,9,6,0,8,x,10,0 (x31.2x4.)
x,10,6,0,7,x,10,0 (x31.2x4.)
x,9,10,0,x,8,6,0 (x34.x21.)
x,10,0,0,11,7,10,x (x2..413x)
x,x,6,0,3,x,3,2 (xx4.2x31)
x,x,6,0,x,3,3,2 (xx4.x231)
x,10,x,0,7,11,10,0 (x2x.143.)
x,x,3,0,x,3,2,6 (xx2.x314)
x,x,3,0,3,x,2,6 (xx2.3x14)
x,x,2,0,3,x,3,6 (xx1.2x34)
x,x,3,0,3,x,6,2 (xx2.3x41)
x,x,3,0,x,3,6,2 (xx2.x341)
x,x,2,0,x,3,3,6 (xx1.x234)
x,x,2,0,x,3,6,3 (xx1.x243)
x,10,0,0,7,11,10,x (x2..143x)
x,x,6,0,3,x,2,3 (xx4.2x13)
x,x,2,0,3,x,6,3 (xx1.2x43)
x,10,x,0,11,7,10,0 (x2x.413.)
x,x,6,0,x,3,2,3 (xx4.x213)
x,x,6,0,7,3,x,3 (xx3.41x2)
x,x,3,0,7,3,x,6 (xx1.42x3)
x,x,3,0,3,7,x,6 (xx1.24x3)
x,x,10,0,8,7,6,x (xx4.321x)
x,x,6,x,7,8,10,0 (xx1x234.)
x,x,10,0,7,8,6,x (xx4.231x)
x,9,x,0,8,11,0,10 (x2x.14.3)
x,x,6,x,8,7,10,0 (xx1x324.)
x,9,0,0,11,8,x,10 (x2..41x3)
x,9,x,0,11,8,0,10 (x2x.41.3)
x,x,6,0,8,7,10,x (xx1.324x)
x,x,10,x,7,8,6,0 (xx4x231.)
x,x,6,0,7,8,10,x (xx1.234x)
x,x,10,x,8,7,6,0 (xx4x321.)
x,9,0,0,8,11,x,10 (x2..14x3)
x,x,6,0,3,7,x,3 (xx3.14x2)
x,9,10,0,x,8,0,6 (x34.x2.1)
x,10,6,0,7,x,0,10 (x31.2x.4)
x,9,6,0,8,x,0,10 (x31.2x.4)
x,10,0,0,x,7,10,6 (x3..x241)
x,9,0,0,8,x,10,6 (x3..2x41)
x,9,0,0,x,8,6,10 (x3..x214)
x,9,0,0,x,8,10,6 (x3..x241)
x,10,6,0,x,7,0,10 (x31.x2.4)
x,10,0,0,7,x,10,6 (x3..2x41)
x,10,10,0,x,7,0,6 (x34.x2.1)
x,10,0,0,x,7,6,10 (x3..x214)
x,9,6,0,x,8,0,10 (x31.x2.4)
x,10,10,0,7,x,0,6 (x34.2x.1)
x,9,0,0,8,x,6,10 (x3..2x14)
x,10,0,0,7,x,6,10 (x3..2x14)
x,9,10,0,8,x,0,6 (x34.2x.1)
x,10,x,0,7,11,0,10 (x2x.14.3)
x,10,0,0,7,11,x,10 (x2..14x3)
x,10,x,0,11,7,0,10 (x2x.41.3)
x,10,0,0,11,7,x,10 (x2..41x3)
x,x,6,x,8,7,0,10 (xx1x32.4)
x,x,0,x,8,7,6,10 (xx.x3214)
x,x,6,0,7,8,x,10 (xx1.23x4)
x,x,6,0,8,7,x,10 (xx1.32x4)
x,x,0,x,7,8,6,10 (xx.x2314)
x,x,10,0,8,7,x,6 (xx4.32x1)
x,x,10,0,7,8,x,6 (xx4.23x1)
x,x,0,x,7,8,10,6 (xx.x2341)
x,x,10,x,8,7,0,6 (xx4x32.1)
x,x,0,x,8,7,10,6 (xx.x3241)
x,x,10,x,7,8,0,6 (xx4x23.1)
x,x,6,x,7,8,0,10 (xx1x23.4)
10,9,10,0,11,x,0,x (213.4x.x)
9,10,10,0,11,x,0,x (123.4x.x)
9,10,10,0,11,x,x,0 (123.4xx.)
10,9,10,0,11,x,x,0 (213.4xx.)
5,x,6,0,8,7,x,0 (1x2.43x.)
5,x,6,0,7,8,x,0 (1x2.34x.)
5,9,6,0,8,x,x,0 (142.3xx.)
5,x,6,0,7,8,0,x (1x2.34.x)
5,x,6,0,8,7,0,x (1x2.43.x)
5,9,6,0,8,x,0,x (142.3x.x)
10,9,10,0,x,11,0,x (213.x4.x)
9,10,10,0,x,11,0,x (123.x4.x)
9,10,10,0,x,11,x,0 (123.x4x.)
10,9,10,0,x,11,x,0 (213.x4x.)
9,x,10,0,8,11,x,0 (2x3.14x.)
5,x,x,0,8,7,6,0 (1xx.432.)
x,7,6,x,3,7,3,x (x32x141x)
x,7,3,x,7,3,6,x (x31x412x)
9,x,10,0,8,11,0,x (2x3.14.x)
9,x,10,0,11,8,0,x (2x3.41.x)
x,7,6,x,7,3,3,x (x32x411x)
5,9,6,0,x,8,0,x (142.x3.x)
5,x,x,0,7,8,6,0 (1xx.342.)
9,x,10,0,11,8,x,0 (2x3.41x.)
5,9,6,0,x,8,x,0 (142.x3x.)
x,7,3,x,3,7,6,x (x31x142x)
5,x,0,0,8,7,6,x (1x..432x)
5,x,0,0,7,8,6,x (1x..342x)
5,x,3,0,x,7,6,0 (2x1.x43.)
5,x,3,0,7,x,6,0 (2x1.4x3.)
9,10,x,0,11,x,10,0 (12x.4x3.)
5,x,6,0,x,7,3,0 (2x3.x41.)
10,9,x,0,11,x,10,0 (21x.4x3.)
5,x,6,0,7,x,3,0 (2x3.4x1.)
9,10,0,0,x,11,10,x (12..x43x)
10,9,0,0,x,11,10,x (21..x43x)
9,10,0,0,11,x,10,x (12..4x3x)
9,10,x,0,x,11,10,0 (12x.x43.)
10,9,0,0,11,x,10,x (21..4x3x)
10,9,x,0,x,11,10,0 (21x.x43.)
10,x,10,0,7,11,0,x (2x3.14.x)
10,x,10,0,11,7,x,0 (2x3.41x.)
10,x,10,0,11,7,0,x (2x3.41.x)
10,x,10,0,7,11,x,0 (2x3.14x.)
x,7,6,x,7,3,x,3 (x32x41x1)
9,x,0,0,8,11,10,x (2x..143x)
x,7,x,x,7,3,6,3 (x3xx4121)
5,9,x,0,8,x,6,0 (14x.3x2.)
5,x,x,0,7,8,0,6 (1xx.34.2)
x,7,6,x,3,7,x,3 (x32x14x1)
x,7,x,x,3,7,3,6 (x3xx1412)
5,9,x,0,x,8,6,0 (14x.x32.)
x,7,x,x,3,7,6,3 (x3xx1421)
5,x,x,0,8,7,0,6 (1xx.43.2)
9,x,x,0,8,11,10,0 (2xx.143.)
9,x,0,0,11,8,10,x (2x..413x)
5,x,0,0,7,8,x,6 (1x..34x2)
5,9,0,0,x,8,6,x (14..x32x)
5,x,0,0,8,7,x,6 (1x..43x2)
5,9,0,0,8,x,6,x (14..3x2x)
9,x,x,0,11,8,10,0 (2xx.413.)
x,7,3,x,3,7,x,6 (x31x14x2)
x,7,3,x,7,3,x,6 (x31x41x2)
x,7,x,x,7,3,3,6 (x3xx4112)
9,x,6,0,x,8,10,0 (3x1.x24.)
9,x,10,0,x,8,6,0 (3x4.x21.)
9,10,0,0,11,x,x,10 (12..4xx3)
10,x,10,0,7,x,6,0 (3x4.2x1.)
9,x,10,0,8,x,6,0 (3x4.2x1.)
9,10,x,0,x,11,0,10 (12x.x4.3)
10,x,10,0,x,7,6,0 (3x4.x21.)
10,9,x,0,x,11,0,10 (21x.x4.3)
9,10,x,0,11,x,0,10 (12x.4x.3)
5,x,0,0,x,7,6,3 (2x..x431)
10,9,x,0,11,x,0,10 (21x.4x.3)
5,x,3,0,7,x,0,6 (2x1.4x.3)
10,9,0,0,x,11,x,10 (21..x4x3)
9,10,0,0,x,11,x,10 (12..x4x3)
10,x,6,0,7,x,10,0 (3x1.2x4.)
9,x,6,0,8,x,10,0 (3x1.2x4.)
5,x,0,0,x,7,3,6 (2x..x413)
10,x,6,0,x,7,10,0 (3x1.x24.)
5,x,3,0,x,7,0,6 (2x1.x4.3)
5,x,0,0,7,x,3,6 (2x..4x13)
5,x,0,0,7,x,6,3 (2x..4x31)
5,x,6,0,x,7,0,3 (2x3.x4.1)
5,x,6,0,7,x,0,3 (2x3.4x.1)
10,9,0,0,11,x,x,10 (21..4xx3)
10,x,x,0,7,11,10,0 (2xx.143.)
10,x,0,0,7,11,10,x (2x..143x)
10,x,0,0,11,7,10,x (2x..413x)
10,x,x,0,11,7,10,0 (2xx.413.)
9,x,x,0,8,11,0,10 (2xx.14.3)
9,x,0,0,8,11,x,10 (2x..14x3)
x,9,6,0,x,8,10,x (x31.x24x)
5,9,0,0,8,x,x,6 (14..3xx2)
x,10,10,0,x,7,6,x (x34.x21x)
x,10,6,0,7,x,10,x (x31.2x4x)
9,x,x,0,11,8,0,10 (2xx.41.3)
x,10,6,0,x,7,10,x (x31.x24x)
x,9,10,0,8,x,6,x (x34.2x1x)
5,9,0,0,x,8,x,6 (14..x3x2)
5,9,x,0,8,x,0,6 (14x.3x.2)
x,9,10,0,x,8,6,x (x34.x21x)
x,9,6,0,8,x,10,x (x31.2x4x)
5,9,x,0,x,8,0,6 (14x.x3.2)
9,x,0,0,11,8,x,10 (2x..41x3)
x,10,10,0,7,x,6,x (x34.2x1x)
9,x,6,0,x,8,0,10 (3x1.x2.4)
10,x,10,0,7,x,0,6 (3x4.2x.1)
9,x,6,0,8,x,0,10 (3x1.2x.4)
10,x,0,0,7,x,6,10 (3x..2x14)
9,x,0,0,8,x,6,10 (3x..2x14)
10,x,0,0,x,7,10,6 (3x..x241)
9,x,0,0,x,8,6,10 (3x..x214)
9,x,10,0,8,x,0,6 (3x4.2x.1)
9,x,0,0,8,x,10,6 (3x..2x41)
10,x,0,0,x,7,6,10 (3x..x214)
9,x,0,0,x,8,10,6 (3x..x241)
10,x,10,0,x,7,0,6 (3x4.x2.1)
10,x,6,0,7,x,0,10 (3x1.2x.4)
9,x,10,0,x,8,0,6 (3x4.x2.1)
10,x,6,0,x,7,0,10 (3x1.x2.4)
10,x,0,0,7,x,10,6 (3x..2x41)
10,x,0,0,7,11,x,10 (2x..14x3)
10,x,x,0,7,11,0,10 (2xx.14.3)
10,x,x,0,11,7,0,10 (2xx.41.3)
10,x,0,0,11,7,x,10 (2x..41x3)
x,9,x,0,8,x,10,6 (x3x.2x41)
x,9,6,0,8,x,x,10 (x31.2xx4)
x,10,6,0,7,x,x,10 (x31.2xx4)
x,9,x,0,x,8,10,6 (x3x.x241)
x,10,10,0,x,7,x,6 (x34.x2x1)
x,10,x,0,7,x,6,10 (x3x.2x14)
x,9,6,0,x,8,x,10 (x31.x2x4)
x,9,x,0,x,8,6,10 (x3x.x214)
x,10,x,0,x,7,10,6 (x3x.x241)
x,9,10,0,8,x,x,6 (x34.2xx1)
x,9,10,0,x,8,x,6 (x34.x2x1)
x,9,x,0,8,x,6,10 (x3x.2x14)
x,10,x,0,7,x,10,6 (x3x.2x41)
x,10,x,0,x,7,6,10 (x3x.x214)
x,10,6,0,x,7,x,10 (x31.x2x4)
x,10,10,0,7,x,x,6 (x34.2xx1)
9,x,10,x,11,8,0,x (2x3x41.x)
9,x,10,x,8,11,x,0 (2x3x14x.)
9,x,10,x,11,8,x,0 (2x3x41x.)
9,x,10,x,8,11,0,x (2x3x14.x)
5,x,6,0,x,7,3,x (2x3.x41x)
5,x,6,0,7,x,3,x (2x3.4x1x)
5,x,3,0,7,x,6,x (2x1.4x3x)
5,x,3,0,x,7,6,x (2x1.x43x)
10,x,10,x,7,11,0,x (2x3x14.x)
10,x,10,x,11,7,x,0 (2x3x41x.)
10,x,10,x,7,11,x,0 (2x3x14x.)
10,x,10,x,11,7,0,x (2x3x41.x)
9,x,0,x,11,8,10,x (2x.x413x)
9,x,x,x,8,11,10,0 (2xxx143.)
9,x,x,x,11,8,10,0 (2xxx413.)
9,x,0,x,8,11,10,x (2x.x143x)
10,x,10,0,7,x,6,x (3x4.2x1x)
9,x,6,x,x,8,10,0 (3x1xx24.)
10,x,6,x,7,x,10,0 (3x1x2x4.)
9,x,10,x,8,x,6,0 (3x4x2x1.)
5,x,x,0,x,7,6,3 (2xx.x431)
10,x,10,x,7,x,6,0 (3x4x2x1.)
5,x,6,0,7,x,x,3 (2x3.4xx1)
5,x,x,0,7,x,6,3 (2xx.4x31)
5,x,3,0,x,7,x,6 (2x1.x4x3)
9,x,10,0,8,x,6,x (3x4.2x1x)
10,x,6,0,x,7,10,x (3x1.x24x)
5,x,x,0,x,7,3,6 (2xx.x413)
10,x,6,0,7,x,10,x (3x1.2x4x)
9,x,6,0,8,x,10,x (3x1.2x4x)
9,x,10,0,x,8,6,x (3x4.x21x)
10,x,6,x,x,7,10,0 (3x1xx24.)
10,x,10,0,x,7,6,x (3x4.x21x)
9,x,10,x,x,8,6,0 (3x4xx21.)
9,x,6,x,8,x,10,0 (3x1x2x4.)
5,x,6,0,x,7,x,3 (2x3.x4x1)
10,x,10,x,x,7,6,0 (3x4xx21.)
9,x,6,0,x,8,10,x (3x1.x24x)
5,x,3,0,7,x,x,6 (2x1.4xx3)
5,x,x,0,7,x,3,6 (2xx.4x13)
10,x,0,x,11,7,10,x (2x.x413x)
10,x,0,x,7,11,10,x (2x.x143x)
10,x,x,x,11,7,10,0 (2xxx413.)
10,x,x,x,7,11,10,0 (2xxx143.)
9,x,x,x,11,8,0,10 (2xxx41.3)
9,x,0,x,8,11,x,10 (2x.x14x3)
9,x,0,x,11,8,x,10 (2x.x41x3)
9,x,x,x,8,11,0,10 (2xxx14.3)
10,x,0,x,x,7,10,6 (3x.xx241)
10,x,10,0,x,7,x,6 (3x4.x2x1)
9,x,6,x,x,8,0,10 (3x1xx2.4)
9,x,6,0,x,8,x,10 (3x1.x2x4)
9,x,10,0,8,x,x,6 (3x4.2xx1)
10,x,10,0,7,x,x,6 (3x4.2xx1)
10,x,6,0,x,7,x,10 (3x1.x2x4)
10,x,6,x,7,x,0,10 (3x1x2x.4)
10,x,6,0,7,x,x,10 (3x1.2xx4)
9,x,x,0,x,8,10,6 (3xx.x241)
10,x,0,x,7,x,6,10 (3x.x2x14)
10,x,x,0,7,x,6,10 (3xx.2x14)
9,x,0,x,x,8,10,6 (3x.xx241)
10,x,x,0,x,7,10,6 (3xx.x241)
10,x,6,x,x,7,0,10 (3x1xx2.4)
9,x,0,x,8,x,6,10 (3x.x2x14)
9,x,x,0,8,x,6,10 (3xx.2x14)
9,x,x,0,8,x,10,6 (3xx.2x41)
9,x,0,x,8,x,10,6 (3x.x2x41)
10,x,x,0,7,x,10,6 (3xx.2x41)
10,x,0,x,x,7,6,10 (3x.xx214)
10,x,x,0,x,7,6,10 (3xx.x214)
10,x,0,x,7,x,10,6 (3x.x2x41)
9,x,6,x,8,x,0,10 (3x1x2x.4)
9,x,6,0,8,x,x,10 (3x1.2xx4)
9,x,10,x,x,8,0,6 (3x4xx2.1)
10,x,10,x,x,7,0,6 (3x4xx2.1)
9,x,10,x,8,x,0,6 (3x4x2x.1)
9,x,0,x,x,8,6,10 (3x.xx214)
9,x,x,0,x,8,6,10 (3xx.x214)
10,x,10,x,7,x,0,6 (3x4x2x.1)
9,x,10,0,x,8,x,6 (3x4.x2x1)
10,x,0,x,11,7,x,10 (2x.x41x3)
10,x,x,x,7,11,0,10 (2xxx14.3)
10,x,0,x,7,11,x,10 (2x.x14x3)
10,x,x,x,11,7,0,10 (2xxx41.3)

Riepilogo

  • L'accordo ReØ9 contiene le note: Re, Fa, La♭, Do, Mi
  • In accordatura Irish ci sono 360 posizioni disponibili
  • Ogni diagramma mostra la posizione delle dita sulla tastiera della Mandolin

Domande frequenti

Cos'è l'accordo ReØ9 alla Mandolin?

ReØ9 è un accordo Re Ø9. Contiene le note Re, Fa, La♭, Do, Mi. Alla Mandolin in accordatura Irish, ci sono 360 modi per suonare questo accordo.

Come si suona ReØ9 alla Mandolin?

Per suonare ReØ9 in accordatura Irish, usa una delle 360 posizioni sopra. Ogni diagramma mostra la posizione delle dita sulla tastiera.

Quali note contiene l'accordo ReØ9?

L'accordo ReØ9 contiene le note: Re, Fa, La♭, Do, Mi.

Quante posizioni ci sono per ReØ9?

In accordatura Irish ci sono 360 posizioni per l'accordo ReØ9. Ciascuna usa una posizione diversa sulla tastiera con le stesse note: Re, Fa, La♭, Do, Mi.

Tutti gli accordi di Re

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