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Edelma: Score

The document appears to be a musical score for various clarinet instruments. It contains musical notation including notes, rhythms, and expression markings for E-flat clarinet, alto clarinet, B-flat clarinets 1-3, bass clarinet, and bass clarinet. The score spans multiple pages and contains up to 4 systems of music per instrument.

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40 views8 pages

Edelma: Score

The document appears to be a musical score for various clarinet instruments. It contains musical notation including notes, rhythms, and expression markings for E-flat clarinet, alto clarinet, B-flat clarinets 1-3, bass clarinet, and bass clarinet. The score spans multiple pages and contains up to 4 systems of music per instrument.

Uploaded by

JOSE BASTIDAS
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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Edelma

Score
Terig Tucci

 
Clarinet in E           

 
    
 
  
Alto Clarinet


         
Clarinet in B  1     

 
Clarinet in B  2             

 
Clarinet in B  3     
    


   
        
    
       


   
Bass Clarinet


2 Edelma


                 
9

E  Cl.
  


           
 
A.Cl.

                   
            
B  Cl. 1


   
   
B  Cl. 2          
                 

 3 
     
          
3

      
B  Cl. 3
        
  
 
                 
B. Cl.
    
          


                 
16

E  Cl.
 


A.Cl.         

      
B  Cl. 1              
  
 
 
   
               
B  Cl. 2
 
      
  
          
  
B  Cl. 3
 
     
  
         
 
B. Cl.

       
Edelma 3

            
                 
23 1. 2.

E  Cl.
 

  
                              
  
A.Cl.

                       
B  Cl. 1                     

         
            
             
B  Cl. 2
  
    
              
 
            
   
B  Cl. 3
 
 
                     
       


         
  
B. Cl.
  

   
             
30

E  Cl. 


             
        
A.Cl.

    
         
         
B  Cl. 1

    
                 
  

B  Cl. 2

 
              
       
B  Cl. 3



         
    
   
B. Cl.
        
4 Edelma


                        
37 1.

E  Cl.       


      
 
            
 
A.Cl.
 
     
  
                   
         
B  Cl. 1
   
                     
B  Cl. 2    
           

  
B  Cl. 3                      
 
 
                           
         
B. Cl.
   


              
44 2.

E  Cl.   

 
           

A.Cl.


             
                       
B  Cl. 1


    
      
B  Cl. 2          
            
 
 3 
   
                  
3

B  Cl. 3            
   

            
        
  
B. Cl.

          

Edelma 5


              
51

E  Cl.

   
A.Cl.       
   
   
B  Cl. 1              

 
    

           
 
B  Cl. 2
 
      
    
      
B  Cl. 3  
 
    
  
         
 
B. Cl.

       

       
       
58

E  Cl.

        
A.Cl.      
   
          

                                   
B  Cl. 1       

              
           
B  Cl. 2         
            

      
B  Cl. 3       

         
      
 
   
 
    

   
     
   
            
    
 
B. Cl.
6 Edelma

 
       
65

E  Cl.

 
A.Cl.               

 
                          
B  Cl. 1  

  
B  Cl. 2       

                          

    

B  Cl. 3    
                   
          

   
    
  
     
B. Cl.
   

             
        
71

E  Cl.
    


      

 

  

A.Cl.

             
       
B  Cl. 1    

                    
B  Cl. 2           

    
B  Cl. 3     
                 
  
 
  
   
               

    
B. Cl.

    
Edelma 7

 
                    
77 1. 2.

E  Cl.
  

 
             
  
A.Cl.


                  
                 
B  Cl. 1

    
      
B  Cl. 2                                

 3 
     
                     
3

B  Cl. 3        
   

                   
  
  
B. Cl.

          


            
84

E  Cl.


A.Cl.    
    

      
B  Cl. 1              
  
 
 
   
               
B  Cl. 2
 
      
  
          
  
B  Cl. 3
 
     
  
         
 
B. Cl.

       
8 Edelma

             
        
91

E  Cl.     

                 
     

 

A.Cl.

               

  
B  Cl. 1        

        
 

            
B  Cl. 2


     
B  Cl. 3   

           
  

   

           
       
 
B. Cl.

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