Em11b5b9 Mandolin Akoru — Irish Akortunda Diyagram ve Tablar

Kısa cevap: Em11b5b9, E, G, B♭, D, F, A notalarını içeren bir E Minör 11♭5♭9 akorudur. Irish akortunda 216 pozisyon vardır. Aşağıdaki diyagramlara bakın.

Diğer adıyla: Em11°5b9, E−11b5b9, E−11°5b9

Em11b5b9 (Standard Akort) mi arıyorsunuz?

Piyano AkorlarıEnstrümanlarAkortlar

Nasıl çalınır Em11b5b9 üzerinde Mandolin

Em11b5b9, Em11°5b9, E−11b5b9, E−11°5b9

Notalar: E, G, B♭, D, F, A

x,x,5,2,1,0,3,0 (xx421.3.)
x,x,3,2,0,1,5,0 (xx32.14.)
x,x,5,2,0,1,3,0 (xx42.13.)
x,x,3,2,1,0,5,0 (xx321.4.)
x,x,5,2,1,0,0,3 (xx421..3)
x,x,0,2,0,1,3,5 (xx.2.134)
x,x,0,2,1,0,3,5 (xx.21.34)
x,x,5,2,0,1,0,3 (xx42.1.3)
x,x,3,2,0,1,0,5 (xx32.1.4)
x,x,3,2,1,0,0,5 (xx321..4)
x,x,0,2,0,1,5,3 (xx.2.143)
x,x,0,2,1,0,5,3 (xx.21.43)
0,9,8,8,8,0,x,0 (.4123.x.)
0,9,8,8,8,0,0,x (.4123..x)
0,9,7,8,8,0,0,x (.4123..x)
0,x,2,2,0,1,3,0 (.x23.14.)
0,x,2,2,1,0,3,0 (.x231.4.)
0,9,7,8,8,0,x,0 (.4123.x.)
0,x,3,2,1,0,2,0 (.x421.3.)
0,x,3,2,0,1,2,0 (.x42.13.)
0,9,8,8,0,8,0,x (.412.3.x)
0,9,8,8,0,8,x,0 (.412.3x.)
0,x,3,2,1,0,0,2 (.x421..3)
0,x,0,2,1,0,2,3 (.x.21.34)
0,9,7,8,0,8,0,x (.412.3.x)
0,x,0,2,0,1,2,3 (.x.2.134)
0,x,2,2,1,0,0,3 (.x231..4)
0,x,0,2,0,1,3,2 (.x.2.143)
0,x,0,2,1,0,3,2 (.x.21.43)
0,x,2,2,0,1,0,3 (.x23.1.4)
0,9,7,8,0,8,x,0 (.412.3x.)
0,x,3,2,0,1,0,2 (.x42.1.3)
0,9,5,8,8,0,0,x (.4123..x)
0,9,5,8,8,0,x,0 (.4123.x.)
0,9,0,8,0,8,8,x (.4.1.23x)
0,9,x,8,0,8,8,0 (.4x1.23.)
0,9,0,8,8,0,8,x (.4.12.3x)
0,9,x,8,8,0,8,0 (.4x12.3.)
0,x,3,2,0,1,5,0 (.x32.14.)
0,9,7,x,0,8,8,0 (.41x.23.)
0,9,8,x,0,8,7,0 (.42x.31.)
x,9,8,5,8,0,0,x (x4213..x)
0,9,x,8,0,8,7,0 (.4x2.31.)
0,x,5,2,1,0,3,0 (.x421.3.)
x,9,5,8,8,0,0,x (x4123..x)
0,9,7,x,8,0,8,0 (.41x2.3.)
0,9,0,8,8,0,7,x (.4.23.1x)
0,x,5,2,0,1,3,0 (.x42.13.)
0,9,0,8,0,8,7,x (.4.2.31x)
0,9,x,8,8,0,7,0 (.4x23.1.)
x,9,8,5,8,0,x,0 (x4213.x.)
0,x,3,2,1,0,5,0 (.x321.4.)
x,9,5,8,8,0,x,0 (x4123.x.)
0,9,8,x,8,0,7,0 (.42x3.1.)
0,9,5,8,0,8,x,0 (.412.3x.)
0,9,x,8,0,8,0,8 (.4x1.2.3)
0,9,5,8,0,8,0,x (.412.3.x)
0,9,0,8,8,0,x,8 (.4.12.x3)
0,9,0,8,0,8,x,8 (.4.1.2x3)
0,9,x,8,8,0,0,8 (.4x12..3)
0,x,3,2,1,0,0,5 (.x321..4)
0,9,0,x,0,8,8,7 (.4.x.231)
0,9,0,x,8,0,8,7 (.4.x2.31)
0,x,0,2,0,1,5,3 (.x.2.143)
0,9,x,8,0,8,0,7 (.4x2.3.1)
0,x,0,2,1,0,5,3 (.x.21.43)
0,9,8,x,0,8,0,7 (.42x.3.1)
0,9,x,8,8,0,0,7 (.4x23..1)
0,9,8,x,8,0,0,7 (.42x3..1)
0,9,0,8,0,8,x,7 (.4.2.3x1)
0,9,0,8,8,0,x,7 (.4.23.x1)
0,9,7,x,0,8,0,8 (.41x.2.3)
0,x,0,2,0,1,3,5 (.x.2.134)
x,9,8,5,0,8,0,x (x421.3.x)
0,x,5,2,0,1,0,3 (.x42.1.3)
x,9,5,8,0,8,0,x (x412.3.x)
0,x,0,2,1,0,3,5 (.x.21.34)
0,x,5,2,1,0,0,3 (.x421..3)
x,9,8,5,0,8,x,0 (x421.3x.)
x,9,5,8,0,8,x,0 (x412.3x.)
0,9,0,x,0,8,7,8 (.4.x.213)
0,9,7,x,8,0,0,8 (.41x2..3)
0,x,3,2,0,1,0,5 (.x32.1.4)
0,9,0,x,8,0,7,8 (.4.x2.13)
0,9,8,x,0,8,5,0 (.42x.31.)
0,9,x,8,8,0,5,0 (.4x23.1.)
0,9,x,8,0,8,5,0 (.4x2.31.)
0,9,5,x,8,0,8,0 (.41x2.3.)
0,9,8,x,8,0,5,0 (.42x3.1.)
0,9,5,x,0,8,8,0 (.41x.23.)
0,9,0,8,0,8,5,x (.4.2.31x)
0,9,0,8,8,0,5,x (.4.23.1x)
x,9,x,5,0,8,8,0 (x4x1.23.)
x,9,0,5,0,8,8,x (x4.1.23x)
x,9,x,8,0,8,5,0 (x4x2.31.)
x,9,x,5,8,0,8,0 (x4x12.3.)
x,9,8,x,8,0,5,0 (x42x3.1.)
x,9,0,5,8,0,8,x (x4.12.3x)
x,9,5,x,0,8,8,0 (x41x.23.)
x,9,x,8,8,0,5,0 (x4x23.1.)
x,9,8,x,0,8,5,0 (x42x.31.)
x,9,0,8,8,0,5,x (x4.23.1x)
x,9,5,x,8,0,8,0 (x41x2.3.)
x,9,0,8,0,8,5,x (x4.2.31x)
0,9,5,x,0,8,0,8 (.41x.2.3)
0,9,0,x,0,8,5,8 (.4.x.213)
0,9,0,x,8,0,8,5 (.4.x2.31)
0,9,5,x,8,0,0,8 (.41x2..3)
0,9,x,8,0,8,0,5 (.4x2.3.1)
0,9,8,x,0,8,0,5 (.42x.3.1)
0,9,0,x,0,8,8,5 (.4.x.231)
0,9,x,8,8,0,0,5 (.4x23..1)
0,9,8,x,8,0,0,5 (.42x3..1)
0,9,0,x,8,0,5,8 (.4.x2.13)
0,9,0,8,0,8,x,5 (.4.2.3x1)
0,9,0,8,8,0,x,5 (.4.23.x1)
x,9,8,x,0,8,0,5 (x42x.3.1)
x,9,0,x,8,0,8,5 (x4.x2.31)
x,9,x,5,0,8,0,8 (x4x1.2.3)
x,9,0,5,8,0,x,8 (x4.12.x3)
x,9,x,8,0,8,0,5 (x4x2.3.1)
x,9,0,x,8,0,5,8 (x4.x2.13)
x,9,5,x,0,8,0,8 (x41x.2.3)
x,9,x,5,8,0,0,8 (x4x12..3)
x,9,x,8,8,0,0,5 (x4x23..1)
x,9,0,x,0,8,5,8 (x4.x.213)
x,9,8,x,8,0,0,5 (x42x3..1)
x,9,5,x,8,0,0,8 (x41x2..3)
x,9,0,5,0,8,x,8 (x4.1.2x3)
x,9,0,8,0,8,x,5 (x4.2.3x1)
x,9,0,x,0,8,8,5 (x4.x.231)
x,9,0,8,8,0,x,5 (x4.23.x1)
0,x,3,2,1,0,x,0 (.x321.x.)
0,x,3,2,1,0,0,x (.x321..x)
0,x,3,2,0,1,0,x (.x32.1.x)
0,x,3,2,0,1,x,0 (.x32.1x.)
0,9,8,x,8,0,0,x (.31x2..x)
0,9,8,x,8,0,x,0 (.31x2.x.)
0,x,x,2,1,0,3,0 (.xx21.3.)
0,x,x,2,0,1,3,0 (.xx2.13.)
0,x,0,2,0,1,3,x (.x.2.13x)
0,x,0,2,1,0,3,x (.x.21.3x)
0,9,8,x,0,8,0,x (.31x.2.x)
0,9,8,x,0,8,x,0 (.31x.2x.)
0,9,7,8,8,x,x,0 (.4123xx.)
0,9,8,7,8,x,x,0 (.4213xx.)
0,x,x,2,0,1,0,3 (.xx2.1.3)
0,9,8,7,8,x,0,x (.4213x.x)
0,9,7,8,8,x,0,x (.4123x.x)
0,x,0,2,1,0,x,3 (.x.21.x3)
0,x,0,2,0,1,x,3 (.x.2.1x3)
0,x,x,2,1,0,0,3 (.xx21..3)
0,9,x,x,8,0,8,0 (.3xx1.2.)
0,9,0,x,8,0,8,x (.3.x1.2x)
10,9,8,x,10,0,0,x (321x4..x)
0,9,x,x,0,8,8,0 (.3xx.12.)
10,9,8,x,10,0,x,0 (321x4.x.)
0,9,0,x,0,8,8,x (.3.x.12x)
0,9,7,8,x,8,0,x (.412x3.x)
0,9,8,7,x,8,x,0 (.421x3x.)
0,9,7,8,x,8,x,0 (.412x3x.)
0,9,8,7,x,8,0,x (.421x3.x)
3,x,5,2,0,x,3,0 (2x41.x3.)
0,9,x,x,0,8,0,8 (.3xx.1.2)
0,9,0,x,0,8,x,8 (.3.x.1x2)
0,9,x,x,8,0,0,8 (.3xx1..2)
0,9,0,x,8,0,x,8 (.3.x1.x2)
10,9,8,x,0,10,x,0 (321x.4x.)
10,9,8,x,0,10,0,x (321x.4.x)
3,x,3,2,x,0,5,0 (2x31x.4.)
3,x,3,2,0,x,5,0 (2x31.x4.)
3,x,5,2,x,0,3,0 (2x41x.3.)
0,9,7,x,x,8,8,0 (.41xx23.)
0,9,8,x,8,x,7,0 (.42x3x1.)
0,9,x,8,8,x,7,0 (.4x23x1.)
0,9,8,x,x,8,7,0 (.42xx31.)
0,9,0,8,8,x,7,x (.4.23x1x)
0,9,x,8,x,8,7,0 (.4x2x31.)
0,9,0,7,x,8,8,x (.4.1x23x)
0,9,7,x,8,x,8,0 (.41x2x3.)
0,9,0,8,x,8,7,x (.4.2x31x)
0,9,x,7,x,8,8,0 (.4x1x23.)
0,9,0,7,8,x,8,x (.4.12x3x)
0,9,x,7,8,x,8,0 (.4x12x3.)
10,9,0,x,10,0,8,x (32.x4.1x)
10,9,x,x,0,10,8,0 (32xx.41.)
3,x,5,2,0,x,0,3 (2x41.x.3)
3,x,0,2,x,0,3,5 (2x.1x.34)
10,9,x,x,10,0,8,0 (32xx4.1.)
3,x,0,2,0,x,3,5 (2x.1.x34)
10,9,0,x,0,10,8,x (32.x.41x)
3,x,0,2,x,0,5,3 (2x.1x.43)
3,x,5,2,x,0,0,3 (2x41x..3)
3,x,3,2,0,x,0,5 (2x31.x.4)
3,x,3,2,x,0,0,5 (2x31x..4)
3,x,0,2,0,x,5,3 (2x.1.x43)
0,9,0,x,8,x,8,7 (.4.x2x31)
0,9,8,x,x,8,0,7 (.42xx3.1)
0,9,0,7,x,8,x,8 (.4.1x2x3)
0,9,7,x,x,8,0,8 (.41xx2.3)
0,9,x,7,x,8,0,8 (.4x1x2.3)
0,9,0,8,8,x,x,7 (.4.23xx1)
0,9,0,x,x,8,8,7 (.4.xx231)
0,9,8,x,8,x,0,7 (.42x3x.1)
0,9,0,x,x,8,7,8 (.4.xx213)
0,9,7,x,8,x,0,8 (.41x2x.3)
0,9,x,7,8,x,0,8 (.4x12x.3)
0,9,0,x,8,x,7,8 (.4.x2x13)
0,9,0,7,8,x,x,8 (.4.12xx3)
0,9,0,8,x,8,x,7 (.4.2x3x1)
0,9,x,8,x,8,0,7 (.4x2x3.1)
0,9,x,8,8,x,0,7 (.4x23x.1)
10,9,x,x,0,10,0,8 (32xx.4.1)
10,9,x,x,10,0,0,8 (32xx4..1)
10,9,0,x,0,10,x,8 (32.x.4x1)
10,9,0,x,10,0,x,8 (32.x4.x1)

Hızlı Özet

  • Em11b5b9 akoru şu notaları içerir: E, G, B♭, D, F, A
  • Irish akortunda 216 pozisyon mevcuttur
  • Şu şekilde de yazılır: Em11°5b9, E−11b5b9, E−11°5b9
  • Her diyagram Mandolin klavyesindeki parmak pozisyonlarını gösterir

Sık Sorulan Sorular

Mandolin'da Em11b5b9 akoru nedir?

Em11b5b9 bir E Minör 11♭5♭9 akorudur. E, G, B♭, D, F, A notalarını içerir. Irish akortunda Mandolin'da 216 çalma yolu vardır.

Mandolin'da Em11b5b9 nasıl çalınır?

Irish akortunda 'da Em11b5b9 çalmak için yukarıda gösterilen 216 pozisyondan birini kullanın.

Em11b5b9 akorunda hangi notalar var?

Em11b5b9 akoru şu notaları içerir: E, G, B♭, D, F, A.

Mandolin'da Em11b5b9 kaç şekilde çalınabilir?

Irish akortunda Em11b5b9 için 216 pozisyon vardır. Her pozisyon klavyede farklı bir yer kullanır: E, G, B♭, D, F, A.

Em11b5b9'in diğer adları nelerdir?

Em11b5b9 ayrıca Em11°5b9, E−11b5b9, E−11°5b9 olarak da bilinir. Bunlar aynı akorun farklı gösterimleridir: E, G, B♭, D, F, A.

Tüm E akorları

İlgili araçlar ve kaynaklar

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