Emerson Lake & Palmer - Lachesis [PDF]

The Three Fates : (2) Lachesis Emerson, Lake & Palmer    Piano   2               

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The Three Fates : (2) Lachesis Emerson, Lake & Palmer

   Piano

 

2

 









  



   



     

 

4

  

      

   3



 

   

   

  



          

     



 



      



  

       

      

      

        

                                                         

7

          

   

    

    

          

        



  

          



2

  

                            

10

                              

   



   

        





                   

19

  









 



    



       

                  

 

               

           

 

   

  

   

       



18

    

               

                 



   

     

13

16

          

  

  

 



                 

     

 

    

                                                                                                                             

21

3

                       

23

                    

25

                                         

                                    

                                       

27

                                                

29

                                                  31

 

                                                                        

33

   

3

  3           

  

4

  

35

3    

     

     37





  3    3     3              

               

  

  

              

40



 

  

43



 

 

 

42

 

          

 

       

     

            3

3

3



  



3

 

     

               

   

  

  

           

 

         

 



3

 

 





   3            

3



3

3



       3 3                       3 3 3 3 3



3

3

5 44



45



3         3 3 3 3                          3 3 3 3

 

 





 

3



                             

                                  3 3                           3

3

3

3

3

3

3

3

46

               3

47

  



      3

3

     

               3

3



3

3

3

3

3



3

3

           3

     48                3 3 3                  3 3 49      3                3 3   3 3                3

3

3

     3

3

3

3          3

3

     



 3        3

3

3

3

6

                                             

50

 

                                  

52

 

  

   

           

                         

54

    

    

  

                      

                                                    3

56

    

                                                             

58



     

 

7

           

                           6          

60

6

6

6

3

3

3

3

         

3

3

   

3 3           3   3                          3 3 3 3 3 3 3 3 3 3 3                                     3

62

3

3

3 3  3                                       3 3                      

65

3

68

    

       3  

3

3    

 

                        



   

3

                                                               

70

  

 



       





8





                             3     3     3     3     3      

72

3

73

 

  

3

3

           

         3

3

    



 3

3

3

 

3

     





  3                 3 3 3

    





     3        3

     

3

76









      

3

3

         3



3



 3



 

    



3

3

  

3

3

   

3

74

75

         



3

3

3



     3          3

3

3

     3        3

3

   

3

3

      

   

 

 