Acordul Csus24 la Mandolin — Diagramă și Taburi în Acordajul Irish

Răspuns scurt: Csus24 este un acord C sus24 cu notele C, D, F, G. În acordajul Irish există 420 poziții. Vedeți diagramele de mai jos.

Cunoscut și ca: Csus42

Cauți Csus24 (Standard Acordaj)?

Acorduri de PianInstrumenteAcordaje

Cum se cântă Csus24 la Mandolin

Csus24, Csus42

Note: C, D, F, G

x,x,x,x,3,5,5,3 (xxxx1231)
x,x,x,x,5,3,5,3 (xxxx2131)
x,x,x,x,5,3,3,5 (xxxx2113)
x,x,x,x,3,5,3,5 (xxxx1213)
x,x,x,10,10,8,10,0 (xxx2314.)
x,x,x,10,8,10,10,0 (xxx2134.)
x,x,x,10,8,10,0,10 (xxx213.4)
x,x,x,10,10,8,0,10 (xxx231.4)
x,5,5,3,3,5,3,x (x231141x)
x,5,3,3,5,3,5,x (x211314x)
x,5,3,3,3,5,5,x (x211134x)
x,5,5,3,5,3,3,x (x231411x)
0,5,5,0,x,3,3,0 (.34.x12.)
0,5,5,0,3,x,3,0 (.34.1x2.)
0,5,3,0,3,x,5,0 (.31.2x4.)
0,5,3,0,x,3,5,0 (.31.x24.)
x,5,3,0,x,3,5,0 (x31.x24.)
x,5,5,0,3,x,3,0 (x34.1x2.)
x,5,x,3,5,3,3,5 (x2x13114)
x,5,5,3,3,5,x,3 (x23114x1)
x,5,3,0,3,x,5,0 (x31.2x4.)
x,5,5,0,x,3,3,0 (x34.x12.)
x,5,3,3,5,3,x,5 (x21131x4)
x,5,5,3,5,3,x,3 (x23141x1)
x,5,x,3,5,3,5,3 (x2x13141)
x,5,x,3,3,5,3,5 (x2x11314)
x,5,x,3,3,5,5,3 (x2x11341)
x,5,3,3,3,5,x,5 (x21113x4)
0,5,5,0,3,x,0,3 (.34.1x.2)
0,5,0,0,3,x,3,5 (.3..1x24)
0,5,3,0,3,x,0,5 (.31.2x.4)
0,5,5,0,x,3,0,3 (.34.x1.2)
0,5,3,0,x,3,0,5 (.31.x2.4)
0,5,0,0,3,x,5,3 (.3..1x42)
0,5,0,0,x,3,5,3 (.3..x142)
0,5,0,0,x,3,3,5 (.3..x124)
x,5,0,0,3,x,5,3 (x3..1x42)
x,5,3,0,3,x,0,5 (x31.2x.4)
x,5,5,0,x,3,0,3 (x34.x1.2)
x,5,0,0,3,x,3,5 (x3..1x24)
x,5,5,0,3,x,0,3 (x34.1x.2)
x,5,3,0,x,3,0,5 (x31.x2.4)
x,5,0,0,x,3,5,3 (x3..x142)
x,5,0,0,x,3,3,5 (x3..x124)
x,x,10,10,8,10,0,x (xx2314.x)
x,x,10,10,10,8,x,0 (xx2341x.)
x,x,10,10,8,10,x,0 (xx2314x.)
x,x,10,10,10,8,0,x (xx2341.x)
x,x,0,10,10,8,10,x (xx.2314x)
x,x,0,10,8,10,10,x (xx.2134x)
x,x,0,10,8,10,x,10 (xx.213x4)
x,x,0,10,10,8,x,10 (xx.231x4)
0,5,3,0,3,x,0,x (.31.2x.x)
0,5,3,0,3,x,x,0 (.31.2xx.)
0,5,3,3,3,x,x,0 (.4123xx.)
0,5,3,3,3,x,0,x (.4123x.x)
0,5,3,0,x,3,x,0 (.31.x2x.)
0,5,5,3,3,x,x,0 (.3412xx.)
0,5,5,3,3,x,0,x (.3412x.x)
0,5,3,0,x,3,0,x (.31.x2.x)
0,5,5,0,8,x,0,x (.12.3x.x)
x,5,5,3,3,x,x,0 (x3412xx.)
x,5,3,5,3,x,0,x (x3142x.x)
0,5,5,0,8,x,x,0 (.12.3xx.)
x,5,3,5,3,x,x,0 (x3142xx.)
x,5,5,3,3,x,0,x (x3412x.x)
0,5,0,0,3,x,3,x (.3..1x2x)
0,5,5,3,x,3,x,0 (.341x2x.)
0,5,3,3,x,3,0,x (.412x3.x)
0,5,3,3,x,3,x,0 (.412x3x.)
0,5,0,0,x,3,3,x (.3..x12x)
0,5,5,3,x,3,0,x (.341x2.x)
0,5,x,0,x,3,3,0 (.3x.x12.)
0,5,x,0,3,x,3,0 (.3x.1x2.)
x,5,5,0,8,x,x,0 (x12.3xx.)
x,x,3,x,3,5,5,x (xx1x123x)
x,x,3,x,5,3,5,x (xx1x213x)
x,x,5,x,5,3,3,x (xx2x311x)
x,5,5,0,8,x,0,x (x12.3x.x)
x,x,5,x,3,5,3,x (xx2x131x)
x,5,3,x,5,3,5,x (x21x314x)
x,5,5,x,5,3,3,x (x23x411x)
x,5,5,x,3,5,3,x (x23x141x)
5,5,5,0,8,x,x,0 (123.4xx.)
x,5,3,5,x,3,0,x (x314x2.x)
x,5,3,3,x,5,5,x (x211x34x)
x,5,5,3,x,5,3,x (x231x41x)
0,5,5,0,x,8,0,x (.12.x3.x)
0,5,5,0,x,8,x,0 (.12.x3x.)
x,5,3,3,5,x,5,x (x2113x4x)
x,5,3,5,x,3,x,0 (x314x2x.)
5,5,5,0,8,x,0,x (123.4x.x)
x,5,5,3,x,3,x,0 (x341x2x.)
x,5,5,3,x,3,0,x (x341x2.x)
x,5,5,3,5,x,3,x (x2314x1x)
x,5,3,x,3,5,5,x (x21x134x)
0,5,5,0,5,x,3,x (.23.4x1x)
0,5,0,0,3,x,x,3 (.3..1xx2)
0,5,0,0,x,3,x,3 (.3..x1x2)
0,5,5,0,x,5,3,x (.23.x41x)
0,5,3,0,3,x,5,x (.31.2x4x)
0,5,x,3,x,3,5,0 (.3x1x24.)
0,5,0,3,3,x,5,x (.3.12x4x)
0,5,3,x,x,3,5,0 (.31xx24.)
0,5,0,3,3,x,3,x (.4.12x3x)
0,5,5,0,3,x,3,x (.34.1x2x)
0,5,5,0,x,3,3,x (.34.x12x)
0,5,3,0,x,5,5,x (.21.x34x)
0,5,x,0,3,x,0,3 (.3x.1x.2)
0,5,x,3,3,x,5,0 (.3x12x4.)
0,5,3,0,5,x,5,x (.21.3x4x)
0,5,3,x,3,x,5,0 (.31x2x4.)
0,5,0,3,x,3,3,x (.4.1x23x)
0,5,0,3,x,3,5,x (.3.1x24x)
0,5,x,3,x,3,3,0 (.4x1x23.)
0,5,3,0,x,3,5,x (.31.x24x)
0,5,5,x,x,3,3,0 (.34xx12.)
0,5,x,0,x,3,0,3 (.3x.x1.2)
0,5,x,3,3,x,3,0 (.4x12x3.)
0,5,5,x,3,x,3,0 (.34x1x2.)
x,x,3,x,3,x,5,0 (xx1x2x3.)
x,x,5,x,x,3,3,0 (xx3xx12.)
x,x,5,x,3,x,3,0 (xx3x1x2.)
x,x,3,x,5,3,x,5 (xx1x21x3)
x,5,5,0,x,8,x,0 (x12.x3x.)
x,x,3,x,3,5,x,5 (xx1x12x3)
x,5,5,0,x,8,0,x (x12.x3.x)
x,5,5,5,8,x,x,0 (x1234xx.)
x,5,5,5,8,x,0,x (x1234x.x)
x,x,3,x,x,3,5,0 (xx1xx23.)
x,x,5,x,3,5,x,3 (xx2x13x1)
x,x,5,x,5,3,x,3 (xx2x31x1)
x,5,x,5,3,x,3,0 (x3x41x2.)
x,5,3,0,x,3,5,x (x31.x24x)
x,5,x,x,5,3,5,3 (x2xx3141)
x,5,5,x,x,3,3,0 (x34xx12.)
x,5,5,0,3,x,3,x (x34.1x2x)
x,5,3,3,x,5,x,5 (x211x3x4)
x,5,3,x,5,3,x,5 (x21x31x4)
x,5,3,x,3,5,x,5 (x21x13x4)
x,5,0,3,x,3,5,x (x3.1x24x)
x,5,x,5,x,3,3,0 (x3x4x12.)
x,5,5,x,3,x,3,0 (x34x1x2.)
x,5,3,x,3,x,5,0 (x31x2x4.)
x,5,3,3,5,x,x,5 (x2113xx4)
x,5,x,3,5,x,5,3 (x2x13x41)
x,5,3,0,5,x,5,x (x21.3x4x)
5,5,5,0,x,8,0,x (123.x4.x)
5,5,5,0,x,8,x,0 (123.x4x.)
x,5,x,x,3,5,3,5 (x2xx1314)
x,5,0,5,x,3,3,x (x3.4x12x)
x,5,3,0,x,5,5,x (x21.x34x)
0,5,x,0,8,x,5,0 (.1x.3x2.)
x,5,5,0,x,5,3,x (x23.x41x)
x,5,x,3,x,5,3,5 (x2x1x314)
x,5,3,x,x,3,5,0 (x31xx24.)
x,5,5,0,x,3,3,x (x34.x12x)
x,5,x,x,3,5,5,3 (x2xx1341)
x,5,0,3,3,x,5,x (x3.12x4x)
x,5,x,3,x,3,5,0 (x3x1x24.)
0,5,0,0,x,8,5,x (.1..x32x)
x,5,5,x,3,5,x,3 (x23x14x1)
0,5,0,0,8,x,5,x (.1..3x2x)
x,5,5,3,x,5,x,3 (x231x4x1)
x,5,x,3,x,5,5,3 (x2x1x341)
0,5,x,0,x,8,5,0 (.1x.x32.)
x,5,5,x,5,3,x,3 (x23x41x1)
x,5,x,x,5,3,3,5 (x2xx3114)
x,5,3,0,3,x,5,x (x31.2x4x)
x,5,0,5,3,x,3,x (x3.41x2x)
x,5,x,3,5,x,3,5 (x2x13x14)
x,5,5,3,5,x,x,3 (x2314xx1)
x,5,5,0,5,x,3,x (x23.4x1x)
x,5,x,3,3,x,5,0 (x3x12x4.)
0,5,x,0,x,5,3,5 (.2x.x314)
0,5,x,0,3,x,3,5 (.3x.1x24)
0,5,x,3,x,3,0,3 (.4x1x2.3)
0,5,5,x,x,3,0,3 (.34xx1.2)
0,5,x,3,3,x,0,3 (.4x12x.3)
0,5,3,0,x,3,x,5 (.31.x2x4)
0,5,3,x,x,3,0,5 (.31xx2.4)
0,5,3,0,5,x,x,5 (.21.3xx4)
0,5,x,3,3,x,0,5 (.3x12x.4)
0,5,5,x,3,x,0,3 (.34x1x.2)
0,5,0,x,3,x,3,5 (.3.x1x24)
0,5,3,0,x,5,x,5 (.21.x3x4)
0,5,x,3,x,3,0,5 (.3x1x2.4)
0,5,x,0,x,3,5,3 (.3x.x142)
0,5,0,x,x,3,5,3 (.3.xx142)
0,5,x,0,5,x,3,5 (.2x.3x14)
0,5,x,0,x,3,3,5 (.3x.x124)
0,5,0,3,3,x,x,5 (.3.12xx4)
0,5,3,0,3,x,x,5 (.31.2xx4)
7,5,3,3,3,x,5,x (42111x3x)
0,5,x,0,5,x,5,3 (.2x.3x41)
0,5,5,0,x,5,x,3 (.23.x4x1)
0,5,0,3,x,3,x,5 (.3.1x2x4)
0,5,0,x,x,3,3,5 (.3.xx124)
7,5,5,3,3,x,3,x (42311x1x)
0,5,3,x,3,x,0,5 (.31x2x.4)
0,5,0,3,x,3,x,3 (.4.1x2x3)
0,5,x,0,x,5,5,3 (.2x.x341)
0,5,5,0,x,3,x,3 (.34.x1x2)
7,5,5,3,x,3,3,x (4231x11x)
7,5,3,3,x,3,5,x (4211x13x)
0,5,x,0,3,x,5,3 (.3x.1x42)
0,5,5,0,5,x,x,3 (.23.4xx1)
0,5,0,x,3,x,5,3 (.3.x1x42)
0,5,0,3,3,x,x,3 (.4.12xx3)
0,5,5,0,3,x,x,3 (.34.1xx2)
x,x,0,x,x,3,5,3 (xx.xx132)
x,x,0,x,3,x,5,3 (xx.x1x32)
x,x,0,x,x,3,3,5 (xx.xx123)
x,x,0,x,3,x,3,5 (xx.x1x23)
x,5,0,0,x,8,5,x (x1..x32x)
x,5,x,0,x,8,5,0 (x1x.x32.)
x,x,3,x,x,3,0,5 (xx1xx2.3)
x,5,5,5,x,8,0,x (x123x4.x)
x,x,5,x,3,x,0,3 (xx3x1x.2)
x,5,x,0,8,x,5,0 (x1x.3x2.)
x,x,3,x,3,x,0,5 (xx1x2x.3)
x,x,5,x,x,3,0,3 (xx3xx1.2)
x,5,0,0,8,x,5,x (x1..3x2x)
x,5,5,5,x,8,x,0 (x123x4x.)
x,5,x,5,3,x,0,3 (x3x41x.2)
x,5,x,0,x,3,5,3 (x3x.x142)
x,5,0,5,x,3,x,3 (x3.4x1x2)
x,5,x,0,x,5,5,3 (x2x.x341)
5,5,x,0,x,8,5,0 (12x.x43.)
x,5,5,0,5,x,x,3 (x23.4xx1)
0,5,x,0,x,8,0,5 (.1x.x3.2)
x,5,0,x,x,3,5,3 (x3.xx142)
x,5,5,0,x,5,x,3 (x23.x4x1)
x,5,x,3,x,3,0,5 (x3x1x2.4)
x,5,3,x,x,3,0,5 (x31xx2.4)
x,5,x,0,x,3,3,5 (x3x.x124)
x,5,0,x,x,3,3,5 (x3.xx124)
0,5,x,0,8,x,0,5 (.1x.3x.2)
x,5,x,0,x,5,3,5 (x2x.x314)
x,5,5,x,3,x,0,3 (x34x1x.2)
5,5,x,0,8,x,5,0 (12x.4x3.)
x,5,x,0,5,x,3,5 (x2x.3x14)
x,5,3,0,3,x,x,5 (x31.2xx4)
x,5,x,3,3,x,0,5 (x3x12x.4)
x,5,3,x,3,x,0,5 (x31x2x.4)
x,5,0,5,3,x,x,3 (x3.41xx2)
5,5,0,0,x,8,5,x (12..x43x)
x,5,x,0,3,x,3,5 (x3x.1x24)
x,5,5,x,x,3,0,3 (x34xx1.2)
0,5,0,0,x,8,x,5 (.1..x3x2)
x,5,0,3,3,x,x,5 (x3.12xx4)
x,5,5,0,x,3,x,3 (x34.x1x2)
x,5,0,x,3,x,3,5 (x3.x1x24)
x,5,x,5,x,3,0,3 (x3x4x1.2)
x,5,3,0,x,5,x,5 (x21.x3x4)
5,5,0,0,8,x,5,x (12..4x3x)
x,5,5,0,3,x,x,3 (x34.1xx2)
x,5,0,x,3,x,5,3 (x3.x1x42)
x,5,3,0,5,x,x,5 (x21.3xx4)
x,5,x,0,3,x,5,3 (x3x.1x42)
x,5,x,0,5,x,5,3 (x2x.3x41)
x,5,0,3,x,3,x,5 (x3.1x2x4)
x,5,3,0,x,3,x,5 (x31.x2x4)
0,5,0,0,8,x,x,5 (.1..3xx2)
7,5,5,3,3,x,x,3 (42311xx1)
7,5,x,3,x,3,5,3 (42x1x131)
7,5,x,3,x,3,3,5 (42x1x113)
7,5,3,3,x,3,x,5 (4211x1x3)
7,5,x,3,3,x,3,5 (42x11x13)
7,5,3,3,3,x,x,5 (42111xx3)
7,5,5,3,x,3,x,3 (4231x1x1)
7,5,x,3,3,x,5,3 (42x11x31)
x,5,x,0,8,x,0,5 (x1x.3x.2)
x,5,x,0,x,8,0,5 (x1x.x3.2)
x,5,x,5,x,8,5,0 (x1x2x43.)
x,5,0,0,x,8,x,5 (x1..x3x2)
x,5,0,5,8,x,5,x (x1.24x3x)
x,5,0,5,x,8,5,x (x1.2x43x)
x,5,0,0,8,x,x,5 (x1..3xx2)
x,5,x,5,8,x,5,0 (x1x24x3.)
5,5,0,0,x,8,x,5 (12..x4x3)
5,5,x,0,x,8,0,5 (12x.x4.3)
5,5,x,0,8,x,0,5 (12x.4x.3)
5,5,0,0,8,x,x,5 (12..4xx3)
x,5,x,5,x,8,0,5 (x1x2x4.3)
x,5,x,5,8,x,0,5 (x1x24x.3)
x,5,0,5,x,8,x,5 (x1.2x4x3)
x,5,0,5,8,x,x,5 (x1.24xx3)
0,5,3,x,3,x,x,0 (.31x2xx.)
0,5,3,x,3,x,0,x (.31x2x.x)
0,5,3,x,x,3,x,0 (.31xx2x.)
0,5,3,x,x,3,0,x (.31xx2.x)
10,x,10,10,10,x,x,0 (1x234xx.)
10,x,10,10,10,x,0,x (1x234x.x)
0,5,5,x,8,x,x,0 (.12x3xx.)
0,5,5,x,8,x,0,x (.12x3x.x)
0,5,0,x,x,3,3,x (.3.xx12x)
0,5,x,x,3,x,3,0 (.3xx1x2.)
0,5,x,x,x,3,3,0 (.3xxx12.)
0,5,0,x,3,x,3,x (.3.x1x2x)
x,5,5,x,8,x,x,0 (x12x3xx.)
10,x,10,10,x,10,0,x (1x23x4.x)
x,5,5,x,8,x,0,x (x12x3x.x)
10,x,10,10,x,10,x,0 (1x23x4x.)
5,5,5,x,8,x,0,x (123x4x.x)
5,5,5,x,8,x,x,0 (123x4xx.)
0,5,5,x,x,8,0,x (.12xx3.x)
0,5,5,x,x,8,x,0 (.12xx3x.)
0,5,5,x,5,x,3,x (.23x4x1x)
0,5,0,x,x,3,x,3 (.3.xx1x2)
0,5,x,x,3,x,0,3 (.3xx1x.2)
0,5,5,x,x,5,3,x (.23xx41x)
0,5,0,x,3,x,x,3 (.3.x1xx2)
0,5,3,x,x,5,5,x (.21xx34x)
0,5,3,x,5,x,5,x (.21x3x4x)
0,5,x,x,x,3,0,3 (.3xxx1.2)
x,5,5,x,x,8,x,0 (x12xx3x.)
x,5,5,x,x,8,0,x (x12xx3.x)
10,x,0,10,10,x,10,x (1x.23x4x)
10,x,x,10,10,x,10,0 (1xx23x4.)
10,x,x,10,x,10,10,0 (1xx2x34.)
10,x,0,10,x,10,10,x (1x.2x34x)
0,5,x,x,8,x,5,0 (.1xx3x2.)
5,5,5,x,x,8,x,0 (123xx4x.)
x,5,5,x,x,5,3,x (x23xx41x)
x,5,5,x,5,x,3,x (x23x4x1x)
0,5,x,x,x,8,5,0 (.1xxx32.)
5,5,5,x,x,8,0,x (123xx4.x)
0,5,0,x,x,8,5,x (.1.xx32x)
x,5,3,x,5,x,5,x (x21x3x4x)
x,5,3,x,x,5,5,x (x21xx34x)
0,5,0,x,8,x,5,x (.1.x3x2x)
7,5,5,x,3,x,3,x (423x1x1x)
0,5,5,x,x,5,x,3 (.23xx4x1)
0,5,3,x,x,5,x,5 (.21xx3x4)
7,5,5,x,x,3,3,x (423xx11x)
0,5,x,x,5,x,3,5 (.2xx3x14)
0,5,x,x,x,5,3,5 (.2xxx314)
7,5,3,x,x,3,5,x (421xx13x)
0,5,x,x,x,5,5,3 (.2xxx341)
7,5,3,x,3,x,5,x (421x1x3x)
0,5,3,x,5,x,x,5 (.21x3xx4)
0,5,5,x,5,x,x,3 (.23x4xx1)
0,5,x,x,5,x,5,3 (.2xx3x41)
10,x,0,10,10,x,x,10 (1x.23xx4)
x,5,0,x,x,8,5,x (x1.xx32x)
x,5,x,x,x,8,5,0 (x1xxx32.)
10,x,x,10,x,10,0,10 (1xx2x3.4)
10,x,0,10,x,10,x,10 (1x.2x3x4)
10,x,x,10,10,x,0,10 (1xx23x.4)
x,5,x,x,8,x,5,0 (x1xx3x2.)
x,5,0,x,8,x,5,x (x1.x3x2x)
x,5,5,x,5,x,x,3 (x23x4xx1)
x,5,3,x,x,5,x,5 (x21xx3x4)
5,5,0,x,8,x,5,x (12.x4x3x)
5,5,0,x,x,8,5,x (12.xx43x)
x,5,x,x,x,5,3,5 (x2xxx314)
x,5,x,x,x,5,5,3 (x2xxx341)
x,5,3,x,5,x,x,5 (x21x3xx4)
0,5,0,x,x,8,x,5 (.1.xx3x2)
x,5,x,x,5,x,5,3 (x2xx3x41)
5,5,x,x,x,8,5,0 (12xxx43.)
0,5,x,x,8,x,0,5 (.1xx3x.2)
x,5,x,x,5,x,3,5 (x2xx3x14)
0,5,x,x,x,8,0,5 (.1xxx3.2)
x,5,5,x,x,5,x,3 (x23xx4x1)
5,5,x,x,8,x,5,0 (12xx4x3.)
0,5,0,x,8,x,x,5 (.1.x3xx2)
7,5,5,x,x,3,x,3 (423xx1x1)
7,5,x,x,x,3,3,5 (42xxx113)
7,5,x,x,x,3,5,3 (42xxx131)
7,5,3,x,3,x,x,5 (421x1xx3)
7,5,x,x,3,x,3,5 (42xx1x13)
7,5,5,x,3,x,x,3 (423x1xx1)
7,5,3,x,x,3,x,5 (421xx1x3)
7,5,x,x,3,x,5,3 (42xx1x31)
x,5,0,x,x,8,x,5 (x1.xx3x2)
x,5,x,x,8,x,0,5 (x1xx3x.2)
x,5,0,x,8,x,x,5 (x1.x3xx2)
x,5,x,x,x,8,0,5 (x1xxx3.2)
5,5,x,x,x,8,0,5 (12xxx4.3)
5,5,0,x,8,x,x,5 (12.x4xx3)
5,5,0,x,x,8,x,5 (12.xx4x3)
5,5,x,x,8,x,0,5 (12xx4x.3)
5,x,5,x,8,x,x,0 (1x2x3xx.)
5,x,5,x,8,x,0,x (1x2x3x.x)
5,x,5,x,x,8,x,0 (1x2xx3x.)
5,x,5,x,x,8,0,x (1x2xx3.x)
7,x,3,x,3,x,5,x (3x1x1x2x)
5,x,5,x,5,x,3,x (2x3x4x1x)
5,x,3,x,x,5,5,x (2x1xx34x)
7,x,3,x,x,3,5,x (3x1xx12x)
5,x,5,x,x,5,3,x (2x3xx41x)
5,x,3,x,5,x,5,x (2x1x3x4x)
7,x,5,x,x,3,3,x (3x2xx11x)
7,x,5,x,3,x,3,x (3x2x1x1x)
5,x,x,x,x,8,5,0 (1xxxx32.)
5,x,0,x,8,x,5,x (1x.x3x2x)
5,x,x,x,8,x,5,0 (1xxx3x2.)
5,x,0,x,x,8,5,x (1x.xx32x)
7,x,x,x,x,3,3,5 (3xxxx112)
7,x,x,x,3,x,5,3 (3xxx1x21)
5,x,x,x,x,5,3,5 (2xxxx314)
5,x,3,x,x,5,x,5 (2x1xx3x4)
5,x,x,x,x,5,5,3 (2xxxx341)
5,x,5,x,5,x,x,3 (2x3x4xx1)
7,x,x,x,3,x,3,5 (3xxx1x12)
7,x,5,x,3,x,x,3 (3x2x1xx1)
7,x,3,x,x,3,x,5 (3x1xx1x2)
5,x,x,x,5,x,5,3 (2xxx3x41)
5,x,x,x,5,x,3,5 (2xxx3x14)
5,x,3,x,5,x,x,5 (2x1x3xx4)
7,x,5,x,x,3,x,3 (3x2xx1x1)
7,x,x,x,x,3,5,3 (3xxxx121)
5,x,5,x,x,5,x,3 (2x3xx4x1)
7,x,3,x,3,x,x,5 (3x1x1xx2)
5,x,0,x,8,x,x,5 (1x.x3xx2)
5,x,x,x,x,8,0,5 (1xxxx3.2)
5,x,x,x,8,x,0,5 (1xxx3x.2)
5,x,0,x,x,8,x,5 (1x.xx3x2)

Rezumat Rapid

  • Acordul Csus24 conține notele: C, D, F, G
  • În acordajul Irish sunt disponibile 420 poziții
  • Se scrie și: Csus42
  • Fiecare diagramă arată pozițiile degetelor pe griful Mandolin

Întrebări Frecvente

Ce este acordul Csus24 la Mandolin?

Csus24 este un acord C sus24. Conține notele C, D, F, G. La Mandolin în acordajul Irish există 420 moduri de a cânta.

Cum se cântă Csus24 la Mandolin?

Pentru a cânta Csus24 la în acordajul Irish, utilizați una din cele 420 poziții afișate mai sus.

Ce note conține acordul Csus24?

Acordul Csus24 conține notele: C, D, F, G.

În câte moduri se poate cânta Csus24 la Mandolin?

În acordajul Irish există 420 poziții pentru Csus24. Fiecare poziție utilizează un loc diferit pe grif: C, D, F, G.

Ce alte denumiri are Csus24?

Csus24 este cunoscut și ca Csus42. Acestea sunt notații diferite pentru același acord: C, D, F, G.

Toate acordurile C

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