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Everything I Love

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Incredible John Taylor Solo on Peter Erskine - You Never Know

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Everything I Love

  1. 1. Everything I Love John Taylor solo transcribed from Peter Erskine You Never Know                                                        5                             3                    9     3     3 3 3           3 3 3 3     3 3     3        3            13                                                          3 3       3 3  17         3 3 3                                      3  3        3             21   3                  3 3 3 3      3 3 3 3      3       
  2. 2. 2           25            3 3 3   3 3    3   3          27 3                  3          3 3 3 3 3    3                29 3              3               3             31 3  3                 3  3               3  3 3 33                                          37           3 3   
  3. 3. 3         39   3 3    3       3 3 3     41                             3      3   43 3                                      3      3         3    3       3    45 3 3 3                           3  3 347 3 3         3 3 3             49                              
  4. 4. 4 51            3               3 3 3                              3                   55                                            3                 57                                        3 59                 3        3            3    61   3 3 3 3                    3    3                   3 3 63 3 3                  3 3                            3  3 3  3 3
  5. 5.    565              3         3 3 3  3 3           67      3                   69          3              73                              75          3   3 3 3 3 3  77               3           3 3 3  3   79        3 3 3        3                    3     3   3
  6. 6. 6 81                                                                      3   85                                           3             89         3           3                          3 3  3 3 93                                             95                  3 3     3 3 3 3           3      97 3         3 3                        3     3  3 3
  7. 7. 7 99                3                               101 5                                            103                                                    105   3  3            3 3                               3       109  3 3                                                                                      113 3 3                                                 115   3  3 3 3 3 3   3  3              
  8. 8. 8 117               3 3 3 3 3               3 3      3                         119                                                   121  3 3 3 3 3            3 3           123              3                3                    125  3          3        3 3                 127                       

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