RemM7 acorde de mandolina — diagrama y tablatura en afinación Modal D

Respuesta corta: RemM7 es un acorde Re Menor Mayor 7 con las notas Re, Fa, La, Do♯. En afinación Modal D hay 288 posiciones. Ver diagramas abajo.

También conocido como: Rem#7, Re-M7, Re−Δ7, Re−Δ, Re minmaj7

¿Buscas RemM7 (Standard Afinación)?

Acordes de pianoInstrumentosAfinaciones

Cómo tocar RemM7 en Mandolin

RemM7, Rem#7, Re-M7, Re−Δ7, Re−Δ, Reminmaj7

Notas: Re, Fa, La, Do♯

x,x,7,0,4,0,3,0 (xx3.2.1.)
x,x,3,0,0,4,7,0 (xx1..23.)
x,x,3,0,4,0,7,0 (xx1.2.3.)
x,x,7,0,0,4,3,0 (xx3..21.)
x,x,x,0,0,8,11,0 (xxx..12.)
x,x,x,0,8,0,11,0 (xxx.1.2.)
x,x,7,0,0,4,0,3 (xx3..2.1)
x,x,3,0,0,4,0,7 (xx1..2.3)
x,x,0,0,0,4,3,7 (xx...213)
x,x,7,0,4,0,0,3 (xx3.2..1)
x,x,0,0,4,0,7,3 (xx..2.31)
x,x,0,0,0,4,7,3 (xx...231)
x,x,0,0,4,0,3,7 (xx..2.13)
x,x,3,0,4,0,0,7 (xx1.2..3)
x,x,7,0,0,8,11,0 (xx1..23.)
x,x,x,0,8,0,0,11 (xxx.1..2)
x,x,11,0,0,8,7,0 (xx3..21.)
x,x,x,0,0,8,0,11 (xxx..1.2)
x,x,7,0,8,0,11,0 (xx1.2.3.)
x,x,11,0,8,0,7,0 (xx3.2.1.)
x,8,11,0,8,0,7,0 (x24.3.1.)
x,8,11,0,0,8,7,0 (x24..31.)
x,8,7,0,0,8,11,0 (x21..34.)
x,8,7,0,8,0,11,0 (x21.3.4.)
x,x,11,0,0,8,0,7 (xx3..2.1)
x,x,0,0,8,0,11,7 (xx..2.31)
x,x,0,0,0,8,11,7 (xx...231)
x,x,11,0,8,0,0,7 (xx3.2..1)
x,x,7,0,8,0,0,11 (xx1.2..3)
x,x,7,0,0,8,0,11 (xx1..2.3)
x,x,0,0,0,8,7,11 (xx...213)
x,x,0,0,8,0,7,11 (xx..2.13)
x,8,0,0,0,8,7,11 (x2...314)
x,8,7,0,0,8,0,11 (x21..3.4)
x,8,11,0,8,0,0,7 (x24.3..1)
x,8,7,0,8,0,0,11 (x21.3..4)
x,8,0,0,8,0,7,11 (x2..3.14)
x,8,0,0,8,0,11,7 (x2..3.41)
x,8,0,0,0,8,11,7 (x2...341)
x,8,11,0,0,8,0,7 (x24..3.1)
x,x,x,0,8,0,7,11 (xxx.2.13)
x,x,x,0,0,8,7,11 (xxx..213)
x,x,x,0,0,8,11,7 (xxx..231)
x,x,x,0,8,0,11,7 (xxx.2.31)
x,x,11,0,8,0,0,x (xx2.1..x)
x,x,11,0,8,0,x,0 (xx2.1.x.)
x,8,11,0,8,0,x,0 (x13.2.x.)
x,8,11,0,8,0,0,x (x13.2..x)
x,x,11,0,0,8,x,0 (xx2..1x.)
x,x,11,0,0,8,0,x (xx2..1.x)
x,8,11,0,0,8,0,x (x13..2.x)
x,8,11,0,0,8,x,0 (x13..2x.)
x,x,0,0,0,8,11,x (xx...12x)
x,x,0,0,8,0,11,x (xx..1.2x)
x,8,0,0,0,8,11,x (x1...23x)
x,8,0,0,8,0,11,x (x1..2.3x)
x,8,x,0,0,8,11,0 (x1x..23.)
x,8,x,0,8,0,11,0 (x1x.2.3.)
x,5,3,x,4,0,7,0 (x31x2.4.)
x,5,7,x,4,0,3,0 (x34x2.1.)
x,5,3,x,0,4,7,0 (x31x.24.)
x,5,7,x,0,4,3,0 (x34x.21.)
x,x,0,0,8,0,x,11 (xx..1.x2)
x,x,0,0,0,8,x,11 (xx...1x2)
8,8,7,0,x,0,11,0 (231.x.4.)
0,8,11,0,x,8,7,0 (.24.x31.)
x,8,x,0,8,0,0,11 (x1x.2..3)
8,8,11,0,x,0,7,0 (234.x.1.)
x,8,x,0,0,8,0,11 (x1x..2.3)
8,8,7,0,0,x,11,0 (231..x4.)
8,8,11,0,0,x,7,0 (234..x1.)
0,8,11,0,8,x,7,0 (.24.3x1.)
x,8,0,0,0,8,x,11 (x1...2x3)
0,8,7,0,8,x,11,0 (.21.3x4.)
x,8,0,0,8,0,x,11 (x1..2.x3)
0,8,7,0,x,8,11,0 (.21.x34.)
x,5,7,x,0,4,0,3 (x34x.2.1)
x,5,7,x,4,0,0,3 (x34x2..1)
x,5,0,x,4,0,3,7 (x3.x2.14)
x,x,11,0,0,8,7,x (xx3..21x)
x,x,7,0,8,0,11,x (xx1.2.3x)
x,5,0,x,4,0,7,3 (x3.x2.41)
x,x,7,0,0,8,11,x (xx1..23x)
x,x,11,0,8,0,7,x (xx3.2.1x)
x,5,3,x,4,0,0,7 (x31x2..4)
x,5,0,x,0,4,7,3 (x3.x.241)
x,5,0,x,0,4,3,7 (x3.x.214)
x,5,3,x,0,4,0,7 (x31x.2.4)
x,8,11,0,8,0,7,x (x24.3.1x)
x,8,11,0,0,8,7,x (x24..31x)
x,8,7,0,0,8,11,x (x21..34x)
x,8,7,0,8,0,11,x (x21.3.4x)
8,8,0,0,0,x,7,11 (23...x14)
8,8,0,0,0,x,11,7 (23...x41)
0,8,0,0,8,x,7,11 (.2..3x14)
0,8,7,0,x,8,0,11 (.21.x3.4)
8,8,11,0,x,0,0,7 (234.x..1)
8,8,7,0,x,0,0,11 (231.x..4)
0,8,0,0,x,8,11,7 (.2..x341)
0,8,11,0,8,x,0,7 (.24.3x.1)
8,8,11,0,0,x,0,7 (234..x.1)
8,8,0,0,x,0,11,7 (23..x.41)
0,8,11,0,x,8,0,7 (.24.x3.1)
0,8,7,0,8,x,0,11 (.21.3x.4)
8,8,7,0,0,x,0,11 (231..x.4)
0,8,0,0,x,8,7,11 (.2..x314)
8,8,0,0,x,0,7,11 (23..x.14)
0,8,0,0,8,x,11,7 (.2..3x41)
x,x,11,0,0,8,x,7 (xx3..2x1)
x,x,11,0,8,0,x,7 (xx3.2.x1)
x,x,7,0,0,8,x,11 (xx1..2x3)
x,x,7,0,8,0,x,11 (xx1.2.x3)
x,8,x,0,8,0,7,11 (x2x.3.14)
x,8,x,0,0,8,7,11 (x2x..314)
x,8,x,0,0,8,11,7 (x2x..341)
x,8,x,0,8,0,11,7 (x2x.3.41)
x,8,11,0,0,8,x,7 (x24..3x1)
x,8,7,0,8,0,x,11 (x21.3.x4)
x,8,7,0,0,8,x,11 (x21..3x4)
x,8,11,0,8,0,x,7 (x24.3.x1)
8,8,11,0,x,0,x,0 (123.x.x.)
8,8,11,0,x,0,0,x (123.x..x)
8,8,11,0,0,x,x,0 (123..xx.)
8,8,11,0,0,x,0,x (123..x.x)
0,8,11,0,8,x,x,0 (.13.2xx.)
0,8,11,0,8,x,0,x (.13.2x.x)
0,8,11,0,x,8,0,x (.13.x2.x)
0,8,11,0,x,8,x,0 (.13.x2x.)
4,x,3,0,0,x,7,0 (2x1..x3.)
4,x,3,0,x,0,7,0 (2x1.x.3.)
0,x,3,0,4,x,7,0 (.x1.2x3.)
0,x,7,0,x,4,3,0 (.x3.x21.)
0,x,3,0,x,4,7,0 (.x1.x23.)
4,x,7,0,x,0,3,0 (2x3.x.1.)
0,x,7,0,4,x,3,0 (.x3.2x1.)
4,x,7,0,0,x,3,0 (2x3..x1.)
8,8,0,0,0,x,11,x (12...x3x)
8,8,x,0,0,x,11,0 (12x..x3.)
8,8,x,0,x,0,11,0 (12x.x.3.)
0,8,0,0,x,8,11,x (.1..x23x)
0,8,0,0,8,x,11,x (.1..2x3x)
8,8,0,0,x,0,11,x (12..x.3x)
0,8,x,0,8,x,11,0 (.1x.2x3.)
0,8,x,0,x,8,11,0 (.1x.x23.)
0,5,7,x,x,4,3,0 (.34xx21.)
0,5,3,x,4,x,7,0 (.31x2x4.)
4,5,3,x,x,0,7,0 (231xx.4.)
0,x,0,0,x,4,7,3 (.x..x231)
4,x,0,0,x,0,7,3 (2x..x.31)
0,x,3,0,4,x,0,7 (.x1.2x.3)
0,x,0,0,x,4,3,7 (.x..x213)
4,5,3,x,0,x,7,0 (231x.x4.)
0,x,0,0,4,x,7,3 (.x..2x31)
4,x,3,0,x,0,0,7 (2x1.x..3)
4,x,0,0,0,x,7,3 (2x...x31)
0,5,3,x,x,4,7,0 (.31xx24.)
4,x,3,0,0,x,0,7 (2x1..x.3)
0,x,7,0,x,4,0,3 (.x3.x2.1)
4,5,7,x,x,0,3,0 (234xx.1.)
4,x,7,0,x,0,0,3 (2x3.x..1)
4,x,0,0,x,0,3,7 (2x..x.13)
0,x,3,0,x,4,0,7 (.x1.x2.3)
0,5,7,x,4,x,3,0 (.34x2x1.)
0,x,7,0,4,x,0,3 (.x3.2x.1)
0,x,0,0,4,x,3,7 (.x..2x13)
4,5,7,x,0,x,3,0 (234x.x1.)
4,x,7,0,0,x,0,3 (2x3..x.1)
4,x,0,0,0,x,3,7 (2x...x13)
8,x,7,0,x,0,11,0 (2x1.x.3.)
0,x,7,0,x,8,11,0 (.x1.x23.)
0,x,11,0,8,x,7,0 (.x3.2x1.)
0,x,11,0,x,8,7,0 (.x3.x21.)
8,x,11,0,0,x,7,0 (2x3..x1.)
8,x,11,0,x,0,7,0 (2x3.x.1.)
0,x,7,0,8,x,11,0 (.x1.2x3.)
8,x,7,0,0,x,11,0 (2x1..x3.)
8,8,x,0,0,x,0,11 (12x..x.3)
0,8,x,0,8,x,0,11 (.1x.2x.3)
0,8,0,0,x,8,x,11 (.1..x2x3)
8,8,x,0,x,0,0,11 (12x.x..3)
8,8,0,0,x,0,x,11 (12..x.x3)
0,8,0,0,8,x,x,11 (.1..2xx3)
0,8,x,0,x,8,0,11 (.1x.x2.3)
8,8,0,0,0,x,x,11 (12...xx3)
4,5,0,x,0,x,3,7 (23.x.x14)
4,5,7,x,0,x,0,3 (234x.x.1)
0,5,7,x,4,x,0,3 (.34x2x.1)
0,5,3,x,4,x,0,7 (.31x2x.4)
4,5,7,x,x,0,0,3 (234xx..1)
0,5,7,x,x,4,0,3 (.34xx2.1)
4,5,0,x,0,x,7,3 (23.x.x41)
0,5,0,x,4,x,7,3 (.3.x2x41)
4,5,0,x,x,0,7,3 (23.xx.41)
4,5,0,x,x,0,3,7 (23.xx.14)
0,5,3,x,x,4,0,7 (.31xx2.4)
0,5,0,x,4,x,3,7 (.3.x2x14)
4,5,3,x,x,0,0,7 (231xx..4)
0,5,0,x,x,4,3,7 (.3.xx214)
0,5,0,x,x,4,7,3 (.3.xx241)
4,5,3,x,0,x,0,7 (231x.x.4)
8,x,7,0,x,0,0,11 (2x1.x..3)
8,x,0,0,x,0,7,11 (2x..x.13)
8,x,7,0,0,x,0,11 (2x1..x.3)
0,8,7,0,8,x,11,x (.21.3x4x)
0,x,11,0,x,8,0,7 (.x3.x2.1)
8,x,11,0,x,0,0,7 (2x3.x..1)
0,x,0,0,x,8,11,7 (.x..x231)
8,x,0,0,0,x,7,11 (2x...x13)
0,x,11,0,8,x,0,7 (.x3.2x.1)
0,x,0,0,8,x,7,11 (.x..2x13)
8,x,0,0,x,0,11,7 (2x..x.31)
0,8,11,0,x,8,7,x (.24.x31x)
0,x,7,0,8,x,0,11 (.x1.2x.3)
0,8,7,0,x,8,11,x (.21.x34x)
8,8,11,0,x,0,7,x (234.x.1x)
8,x,0,0,0,x,11,7 (2x...x31)
0,x,0,0,x,8,7,11 (.x..x213)
8,x,11,0,0,x,0,7 (2x3..x.1)
0,8,11,0,8,x,7,x (.24.3x1x)
0,x,7,0,x,8,0,11 (.x1.x2.3)
8,8,7,0,x,0,11,x (231.x.4x)
0,x,0,0,8,x,11,7 (.x..2x31)
8,8,11,0,0,x,7,x (234..x1x)
8,8,7,0,0,x,11,x (231..x4x)
8,8,7,0,x,0,x,11 (231.x.x4)
0,8,7,0,8,x,x,11 (.21.3xx4)
8,8,x,0,x,0,7,11 (23x.x.14)
8,8,7,0,0,x,x,11 (231..xx4)
8,8,x,0,0,x,11,7 (23x..x41)
8,8,x,0,x,0,11,7 (23x.x.41)
0,8,x,0,x,8,7,11 (.2x.x314)
0,8,x,0,8,x,11,7 (.2x.3x41)
8,8,11,0,0,x,x,7 (234..xx1)
0,8,x,0,8,x,7,11 (.2x.3x14)
0,8,11,0,8,x,x,7 (.24.3xx1)
8,8,x,0,0,x,7,11 (23x..x14)
0,8,x,0,x,8,11,7 (.2x.x341)
8,8,11,0,x,0,x,7 (234.x.x1)
0,8,11,0,x,8,x,7 (.24.x3x1)
0,8,7,0,x,8,x,11 (.21.x3x4)
8,x,11,0,x,0,x,0 (1x2.x.x.)
8,x,11,0,x,0,0,x (1x2.x..x)
8,x,11,0,0,x,0,x (1x2..x.x)
8,x,11,0,0,x,x,0 (1x2..xx.)
0,x,11,0,8,x,0,x (.x2.1x.x)
0,x,11,0,8,x,x,0 (.x2.1xx.)
0,x,11,0,x,8,0,x (.x2.x1.x)
0,x,11,0,x,8,x,0 (.x2.x1x.)
0,x,0,0,x,8,11,x (.x..x12x)
8,x,0,0,x,0,11,x (1x..x.2x)
0,x,x,0,8,x,11,0 (.xx.1x2.)
8,x,0,0,0,x,11,x (1x...x2x)
0,x,0,0,8,x,11,x (.x..1x2x)
8,x,x,0,0,x,11,0 (1xx..x2.)
8,x,x,0,x,0,11,0 (1xx.x.2.)
0,x,x,0,x,8,11,0 (.xx.x12.)
0,x,x,0,x,8,0,11 (.xx.x1.2)
8,x,0,0,x,0,x,11 (1x..x.x2)
0,x,0,0,x,8,x,11 (.x..x1x2)
0,x,0,0,8,x,x,11 (.x..1xx2)
8,x,x,0,x,0,0,11 (1xx.x..2)
8,x,x,0,0,x,0,11 (1xx..x.2)
8,x,0,0,0,x,x,11 (1x...xx2)
0,x,x,0,8,x,0,11 (.xx.1x.2)
0,x,7,0,8,x,11,x (.x1.2x3x)
0,x,7,0,x,8,11,x (.x1.x23x)
8,x,7,0,x,0,11,x (2x1.x.3x)
8,x,7,0,0,x,11,x (2x1..x3x)
0,x,11,0,x,8,7,x (.x3.x21x)
8,x,11,0,x,0,7,x (2x3.x.1x)
0,x,11,0,8,x,7,x (.x3.2x1x)
8,x,11,0,0,x,7,x (2x3..x1x)
8,x,x,0,x,0,7,11 (2xx.x.13)
8,x,x,0,x,0,11,7 (2xx.x.31)
8,x,11,0,x,0,x,7 (2x3.x.x1)
0,x,x,0,x,8,11,7 (.xx.x231)
0,x,11,0,8,x,x,7 (.x3.2xx1)
8,x,7,0,0,x,x,11 (2x1..xx3)
0,x,11,0,x,8,x,7 (.x3.x2x1)
0,x,7,0,8,x,x,11 (.x1.2xx3)
0,x,x,0,x,8,7,11 (.xx.x213)
0,x,x,0,8,x,7,11 (.xx.2x13)
8,x,x,0,0,x,11,7 (2xx..x31)
0,x,x,0,8,x,11,7 (.xx.2x31)
8,x,x,0,0,x,7,11 (2xx..x13)
8,x,7,0,x,0,x,11 (2x1.x.x3)
0,x,7,0,x,8,x,11 (.x1.x2x3)
8,x,11,0,0,x,x,7 (2x3..xx1)

Resumen

  • El acorde RemM7 contiene las notas: Re, Fa, La, Do♯
  • En afinación Modal D hay 288 posiciones disponibles
  • También escrito como: Rem#7, Re-M7, Re−Δ7, Re−Δ, Re minmaj7
  • Cada diagrama muestra la posición de los dedos en el mástil de la Mandolin

Preguntas frecuentes

¿Qué es el acorde RemM7 en Mandolin?

RemM7 es un acorde Re Menor Mayor 7. Contiene las notas Re, Fa, La, Do♯. En Mandolin con afinación Modal D, hay 288 formas de tocar este acorde.

¿Cómo se toca RemM7 en Mandolin?

Para tocar RemM7 en afinación Modal D, usa una de las 288 posiciones de arriba. Cada diagrama muestra la posición de los dedos en el mástil.

¿Qué notas tiene el acorde RemM7?

El acorde RemM7 contiene las notas: Re, Fa, La, Do♯.

¿Cuántas posiciones hay para RemM7 en Mandolin?

En afinación Modal D hay 288 posiciones para el acorde RemM7. Cada una usa una posición diferente en el mástil con las mismas notas: Re, Fa, La, Do♯.

¿Qué otros nombres tiene RemM7?

RemM7 también se conoce como Rem#7, Re-M7, Re−Δ7, Re−Δ, Re minmaj7. Son diferentes notaciones para el mismo acorde: Re, Fa, La, Do♯.

Todos los acordes de Re

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