Mi#7/6sus2 accordo per chitarra — schema e tablatura in accordatura Modal D

Risposta breve: Mi#7/6sus2 è un accordo Mi# 7/6sus2 con le note Mi♯, Solx, Si♯, Dox, Re♯, Fax. In accordatura Modal D ci sono 204 posizioni. Vedi i diagrammi sotto.

Conosciuto anche come: Mi#7,6sus2

Accordi per pianoforteStrumentiAccordature

Search chord by name:

 

OR

Search chord by notes:

Piano Companion
Piano CompanionFree

Want all chords at your fingertips? Get our free app with 10,000+ chords and scales — trusted by millions of musicians. Look up any chord instantly, anywhere.

Get It Free
ChordIQ
ChordIQFree

Ready to actually learn these chords? Train your ear, master the staff, and build real skills with interactive games — for guitar, ukulele, bass and more.

Get It Free

Come suonare Mi#7/6sus2 su Mandolin

Mi#7/6sus2, Mi#7,6sus2

Note: Mi♯, Solx, Si♯, Dox, Re♯, Fax

10,8,0,10,6,0,0,0 (32.41...)
6,8,0,10,10,0,0,0 (12.34...)
6,8,0,10,0,10,0,0 (12.3.4..)
0,8,0,10,10,6,0,0 (.2.341..)
0,8,0,10,6,10,0,0 (.2.314..)
10,8,0,10,0,6,0,0 (32.4.1..)
x,x,5,3,3,0,1,0 (xx423.1.)
x,x,1,3,0,3,5,0 (xx12.34.)
x,x,1,3,3,0,5,0 (xx123.4.)
x,x,5,3,0,3,1,0 (xx42.31.)
x,x,0,3,3,0,1,5 (xx.23.14)
x,x,1,3,0,3,0,5 (xx12.3.4)
x,x,0,3,0,3,1,5 (xx.2.314)
x,x,5,3,0,3,0,1 (xx42.3.1)
x,x,0,3,0,3,5,1 (xx.2.341)
x,x,5,3,3,0,0,1 (xx423..1)
x,x,1,3,3,0,0,5 (xx123..4)
x,x,0,3,3,0,5,1 (xx.23.41)
6,x,5,3,3,0,0,0 (4x312...)
3,x,5,3,6,0,0,0 (1x324...)
3,x,5,3,0,6,0,0 (1x32.4..)
6,x,5,3,0,3,0,0 (4x31.2..)
0,x,5,3,6,3,0,0 (.x3142..)
0,x,5,3,3,6,0,0 (.x3124..)
0,x,5,3,3,0,1,0 (.x423.1.)
3,x,1,3,0,0,5,0 (2x13..4.)
0,x,5,3,0,3,1,0 (.x42.31.)
0,x,1,3,0,3,5,0 (.x12.34.)
3,x,5,3,0,0,1,0 (2x43..1.)
0,x,1,3,3,0,5,0 (.x123.4.)
0,x,0,3,6,3,5,0 (.x.1423.)
0,x,0,3,3,6,5,0 (.x.1243.)
6,x,0,3,3,0,5,0 (4x.12.3.)
3,x,0,3,0,6,5,0 (1x.2.43.)
6,x,0,3,0,3,5,0 (4x.1.23.)
3,x,0,3,6,0,5,0 (1x.24.3.)
0,x,1,3,3,0,0,5 (.x123..4)
0,x,5,3,0,3,0,1 (.x42.3.1)
3,x,1,3,0,0,0,5 (2x13...4)
0,x,5,3,3,0,0,1 (.x423..1)
3,x,5,3,0,0,0,1 (2x43...1)
0,x,0,3,3,0,1,5 (.x.23.14)
0,x,0,3,0,3,1,5 (.x.2.314)
0,x,0,3,0,3,5,1 (.x.2.341)
3,x,0,3,0,0,5,1 (2x.3..41)
0,x,0,3,3,0,5,1 (.x.23.41)
3,x,0,3,0,0,1,5 (2x.3..14)
0,x,1,3,0,3,0,5 (.x12.3.4)
10,8,x,10,6,0,0,0 (32x41...)
6,8,x,10,10,0,0,0 (12x34...)
10,8,0,10,6,0,x,0 (32.41.x.)
6,x,0,3,3,0,0,5 (4x.12..3)
3,x,0,3,6,0,0,5 (1x.24..3)
10,8,10,x,6,0,0,0 (324x1...)
6,x,0,3,0,3,0,5 (4x.1.2.3)
6,8,0,10,10,0,x,0 (12.34.x.)
6,8,10,x,10,0,0,0 (123x4...)
0,x,0,3,6,3,0,5 (.x.142.3)
3,x,0,3,0,6,0,5 (1x.2.4.3)
0,x,0,3,3,6,0,5 (.x.124.3)
6,8,0,10,10,0,0,x (12.34..x)
10,8,0,10,6,0,0,x (32.41..x)
6,8,0,10,0,10,0,x (12.3.4.x)
0,8,0,10,6,10,0,x (.2.314.x)
10,8,0,10,0,6,0,x (32.4.1.x)
6,8,0,10,0,10,x,0 (12.3.4x.)
10,8,0,10,0,6,x,0 (32.4.1x.)
6,8,10,x,0,10,0,0 (123x.4..)
0,8,10,x,6,10,0,0 (.23x14..)
6,8,x,10,0,10,0,0 (12x3.4..)
10,8,10,x,0,6,0,0 (324x.1..)
0,8,0,10,6,10,x,0 (.2.314x.)
10,8,x,10,0,6,0,0 (32x4.1..)
0,8,x,10,6,10,0,0 (.2x314..)
0,8,0,10,10,6,x,0 (.2.341x.)
0,8,10,x,10,6,0,0 (.23x41..)
0,8,x,10,10,6,0,0 (.2x341..)
0,8,0,10,10,6,0,x (.2.341.x)
6,8,0,x,0,10,10,0 (12.x.34.)
0,8,0,x,10,6,10,0 (.2.x314.)
10,8,0,x,0,6,10,0 (32.x.14.)
0,8,0,x,6,10,10,0 (.2.x134.)
6,8,0,x,10,0,10,0 (12.x3.4.)
10,8,0,x,6,0,10,0 (32.x1.4.)
10,8,0,x,6,0,0,10 (32.x1..4)
0,8,0,x,6,10,0,10 (.2.x13.4)
6,8,0,x,0,10,0,10 (12.x.3.4)
0,8,0,x,10,6,0,10 (.2.x31.4)
10,8,0,x,0,6,0,10 (32.x.1.4)
6,8,0,x,10,0,0,10 (12.x3..4)
3,x,5,3,6,0,0,x (1x324..x)
6,x,5,3,3,0,x,0 (4x312.x.)
6,x,5,3,3,0,0,x (4x312..x)
3,x,5,3,6,0,x,0 (1x324.x.)
0,x,5,3,6,3,0,x (.x3142.x)
0,x,5,3,3,6,x,0 (.x3124x.)
3,x,5,3,0,6,0,x (1x32.4.x)
3,x,5,3,0,6,x,0 (1x32.4x.)
6,x,5,3,0,3,0,x (4x31.2.x)
0,x,5,3,6,3,x,0 (.x3142x.)
6,x,5,3,0,3,x,0 (4x31.2x.)
0,x,5,3,3,6,0,x (.x3124.x)
0,x,5,3,3,x,1,0 (.x423x1.)
3,x,1,3,x,0,5,0 (2x13x.4.)
0,x,1,3,x,3,5,0 (.x12x34.)
3,x,5,3,0,x,1,0 (2x43.x1.)
3,x,5,3,x,0,1,0 (2x43x.1.)
0,x,5,3,x,3,1,0 (.x42x31.)
3,x,1,3,0,x,5,0 (2x13.x4.)
0,x,1,3,3,x,5,0 (.x123x4.)
6,x,x,3,3,0,5,0 (4xx12.3.)
0,x,x,3,6,3,5,0 (.xx1423.)
0,x,x,3,3,6,5,0 (.xx1243.)
6,x,x,3,0,3,5,0 (4xx1.23.)
6,x,0,3,3,0,5,x (4x.12.3x)
3,x,x,3,6,0,5,0 (1xx24.3.)
3,x,x,3,0,6,5,0 (1xx2.43.)
3,x,0,3,6,0,5,x (1x.24.3x)
6,x,0,3,0,3,5,x (4x.1.23x)
0,x,0,3,6,3,5,x (.x.1423x)
3,x,0,3,0,6,5,x (1x.2.43x)
0,x,0,3,3,6,5,x (.x.1243x)
3,x,1,3,0,x,0,5 (2x13.x.4)
0,x,0,3,x,3,1,5 (.x.2x314)
0,x,0,3,x,3,5,1 (.x.2x341)
3,x,0,3,x,0,1,5 (2x.3x.14)
0,x,1,3,x,3,0,5 (.x12x3.4)
3,x,0,3,0,x,1,5 (2x.3.x14)
3,x,1,3,x,0,0,5 (2x13x..4)
3,x,0,3,x,0,5,1 (2x.3x.41)
0,x,0,3,3,x,5,1 (.x.23x41)
3,x,0,3,0,x,5,1 (2x.3.x41)
3,x,5,3,0,x,0,1 (2x43.x.1)
0,x,5,3,3,x,0,1 (.x423x.1)
3,x,5,3,x,0,0,1 (2x43x..1)
0,x,1,3,3,x,0,5 (.x123x.4)
0,x,0,3,3,x,1,5 (.x.23x14)
0,x,5,3,x,3,0,1 (.x42x3.1)
0,x,x,3,6,3,0,5 (.xx142.3)
10,8,0,10,6,0,x,x (32.41.xx)
10,8,10,x,6,0,0,x (324x1..x)
10,8,x,10,6,0,0,x (32x41..x)
6,8,10,x,10,0,0,x (123x4..x)
6,8,x,10,10,0,0,x (12x34..x)
6,8,0,10,10,0,x,x (12.34.xx)
0,x,x,3,3,6,0,5 (.xx124.3)
3,x,x,3,0,6,0,5 (1xx2.4.3)
6,8,x,10,10,0,x,0 (12x34.x.)
10,8,10,x,6,0,x,0 (324x1.x.)
6,x,x,3,0,3,0,5 (4xx1.2.3)
6,x,0,3,3,0,x,5 (4x.12.x3)
3,x,0,3,6,0,x,5 (1x.24.x3)
6,x,0,3,0,3,x,5 (4x.1.2x3)
0,x,0,3,6,3,x,5 (.x.142x3)
3,x,0,3,0,6,x,5 (1x.2.4x3)
0,x,0,3,3,6,x,5 (.x.124x3)
6,8,10,x,10,0,x,0 (123x4.x.)
3,x,x,3,6,0,0,5 (1xx24..3)
10,8,x,10,6,0,x,0 (32x41.x.)
6,x,x,3,3,0,0,5 (4xx12..3)
0,8,x,10,10,6,x,0 (.2x341x.)
0,8,10,x,6,10,0,x (.23x14.x)
0,8,x,10,10,6,0,x (.2x341.x)
0,8,10,x,10,6,0,x (.23x41.x)
0,8,x,10,6,10,0,x (.2x314.x)
10,8,x,10,0,6,0,x (32x4.1.x)
10,8,10,x,0,6,x,0 (324x.1x.)
10,8,10,x,0,6,0,x (324x.1.x)
10,8,x,10,0,6,x,0 (32x4.1x.)
0,8,10,x,10,6,x,0 (.23x41x.)
6,8,10,x,0,10,0,x (123x.4.x)
6,8,10,x,0,10,x,0 (123x.4x.)
6,8,x,10,0,10,0,x (12x3.4.x)
6,8,x,10,0,10,x,0 (12x3.4x.)
0,8,10,x,6,10,x,0 (.23x14x.)
10,8,0,10,0,6,x,x (32.4.1xx)
0,8,0,10,10,6,x,x (.2.341xx)
6,8,0,10,0,10,x,x (12.3.4xx)
0,8,0,10,6,10,x,x (.2.314xx)
0,8,x,10,6,10,x,0 (.2x314x.)
6,8,0,x,0,10,10,x (12.x.34x)
0,8,x,x,6,10,10,0 (.2xx134.)
10,8,x,x,6,0,10,0 (32xx1.4.)
0,8,x,x,10,6,10,0 (.2xx314.)
10,8,x,x,0,6,10,0 (32xx.14.)
10,8,0,x,0,6,10,x (32.x.14x)
0,8,0,x,6,10,10,x (.2.x134x)
10,8,0,x,6,0,10,x (32.x1.4x)
6,8,x,x,0,10,10,0 (12xx.34.)
6,8,x,x,10,0,10,0 (12xx3.4.)
6,8,0,x,10,0,10,x (12.x3.4x)
0,8,0,x,10,6,10,x (.2.x314x)
0,8,0,x,6,10,x,10 (.2.x13x4)
6,8,0,x,0,10,x,10 (12.x.3x4)
6,8,x,x,10,0,0,10 (12xx3..4)
0,8,0,x,10,6,x,10 (.2.x31x4)
10,8,x,x,0,6,0,10 (32xx.1.4)
10,8,x,x,6,0,0,10 (32xx1..4)
0,8,x,x,10,6,0,10 (.2xx31.4)
6,8,0,x,10,0,x,10 (12.x3.x4)
6,8,x,x,0,10,0,10 (12xx.3.4)
10,8,0,x,6,0,x,10 (32.x1.x4)
0,8,x,x,6,10,0,10 (.2xx13.4)
10,8,0,x,0,6,x,10 (32.x.1x4)

Riepilogo

  • L'accordo Mi#7/6sus2 contiene le note: Mi♯, Solx, Si♯, Dox, Re♯, Fax
  • In accordatura Modal D ci sono 204 posizioni disponibili
  • Scritto anche come: Mi#7,6sus2
  • Ogni diagramma mostra la posizione delle dita sulla tastiera della Mandolin

Domande frequenti

Cos'è l'accordo Mi#7/6sus2 alla Mandolin?

Mi#7/6sus2 è un accordo Mi# 7/6sus2. Contiene le note Mi♯, Solx, Si♯, Dox, Re♯, Fax. Alla Mandolin in accordatura Modal D, ci sono 204 modi per suonare questo accordo.

Come si suona Mi#7/6sus2 alla Mandolin?

Per suonare Mi#7/6sus2 in accordatura Modal D, usa una delle 204 posizioni sopra. Ogni diagramma mostra la posizione delle dita sulla tastiera.

Quali note contiene l'accordo Mi#7/6sus2?

L'accordo Mi#7/6sus2 contiene le note: Mi♯, Solx, Si♯, Dox, Re♯, Fax.

Quante posizioni ci sono per Mi#7/6sus2?

In accordatura Modal D ci sono 204 posizioni per l'accordo Mi#7/6sus2. Ciascuna usa una posizione diversa sulla tastiera con le stesse note: Mi♯, Solx, Si♯, Dox, Re♯, Fax.

Quali altri nomi ha Mi#7/6sus2?

Mi#7/6sus2 è anche conosciuto come Mi#7,6sus2. Sono notazioni diverse per lo stesso accordo: Mi♯, Solx, Si♯, Dox, Re♯, Fax.