0% found this document useful (0 votes)
71 views13 pages

Apologize Variations: Freely

1) The document contains sheet music for the song "Apologize Variations" composed by OneRepublic and arranged by Kyle Landry. 2) The sheet music is transcribed and contains musical notation across 26 lines. 3) It provides the lyrics and melody for variations on the song "Apologize".
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
0% found this document useful (0 votes)
71 views13 pages

Apologize Variations: Freely

1) The document contains sheet music for the song "Apologize Variations" composed by OneRepublic and arranged by Kyle Landry. 2) The sheet music is transcribed and contains musical notation across 26 lines. 3) It provides the lyrics and melody for variations on the song "Apologize".
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
You are on page 1/ 13

Apologize Variations

Composed by ONE REPUBLIC


Arranged by KYLE LANDRY
Transcribed by ELCOMMANDEUR
Freely
     
      
    
   


 
  

  

  

 
         rit.
   
      
5

   



     
  

  


 
    
 

 
 

A

10

                    
         
  
 
     
    
    


14

                
                   
     
        
    
2

     
16

       
          
              
  
    
     

   
B        
  
18

     

 
    


    
    

20
    

        

   

  



  

    
         
  
22

       
         
      
        
       
 

               
                      
26

       
        
         
  
 

 
 3

             
                        
30

         

     
  
       
    
 
  

C         
                

34

              
  
          

    
       
    
      
    
    
 

  
    
38

       
              


 
         
    
  
 
 
    
    
40

        
       


    
  
   

 
 
  
42
       
        


   

   
  
    


4
44
            
                

  
 
 
    

  
  

46
     
     
   

    

     







 
  
48
 
           

 


 
         
   
      
              
                 
50

     

 
 

       
         
 
  


   
   

      


     

53

          


    

  
   
 

       
        

D

58

                 



               
 
 
   

  

5

 
62

                   
        
   
 
  

     

E

          
           
66


      

 
   

  
  
     
    


        
68

                        

 
         

      


    
        
70

   

 
      
 


    

   
      
    
72

  
   

 
    
 
      

            
6

                 
74

       
      
      
   

     
                 
76

         


  
 












           
          
78

     

     
    
  
     
    

 
        
        
80

      
3

   


  
  6 
 
6


 
6

         
         

F          

       

82

  


 




 
   
    
      


 
  7
  
  
 
84

     
    
   
   
   

    


 


   
 

 
 
 

   
 
      
86

      
     
       


   
        
     
    
 
   
88

           
            
               

        
   
  
  
G

90

                   
                         

          
    
          


92

                     
                          
            

     

       
  

     E?
   
8 94

              

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

     
96

                   
     

     
  
       


             
      


98

 

 
 

    



    

                
100

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

                    


    
102

                     

        
 


 


3

 
 


  

9

         
         
105
  
   



  

   
 

  

   

                     
          
107

 


 
   
    

    
 

         
        
              
109

 

 
 

    


  

  

     
      
111


 


  
     
    
    


113
       
              

 
 

 
  

        
10

                
115

                 

    
     
 

     
        
117

    
      


  
       
   

     
      
119

   




   


   
  
 
    
    
 
     

        
        
121

       

  


 
  


 


    
        
   
123

       

 



 





11

  
     
125

         
   
   
    
    
 
 H
        
 
              
127

      


 


 
  
        
  



         
131

    


        

            
   
 



 
  
135
  
      

       
         
 
  


    
     
 
     
     
  
139

         
        
   
   

  
    
 
  
12

       

143

    
  


  
 
 
  
   
 
  
 
 

   
 
 
   
      
  
I  
149
             
        
           
    


     
          
        
    
    
   
 
    
  
  
       
156


               


    

   
     
  
   
          
162

                

 
 












 

                  
165

                

   







  
 

 

        
168

 
                      
   

  
  
    
        
    
 
   
13

     
171
  
5

   
5

5

  


     7 7 7
     
6

      
 

     
  

173

  




7

     
     

  
  

You might also like