Ex.1 Find all of the C’s on the fretboard. Up 12 frets on the same string to find
the Octave,
and down 5 frets on the next (highest sounding) adjacent string. To find the same pitch on the B string move
down 4 frets from where the note is found on the G string.
Ex. 2 Move a Root
Position Triad across the string sets.
Notice that it is the same share on string set EAD as it is on the next
ADG. However, once we move to the next
string-set DGB the note on the B string is found a half-step higher that the
previous string set(s). This continues
as we move it again, to string-set GBE – the shape of the triad changes, the
note that falls on the B string is a half-step higher that it was on the
previous string-set.
Ex. 3 Play a C Major scale (Ionian) in each place on the
neck, notice that the notes shift up a half-step as they cross from the G to B
string.
Ex. 4 Try the same exercise using an A Minor Pentatonic
scale. Observe how the shape we
associate with the 1st Octave of a Minor Pentatonic shifts, and falls
within the 5 standard (6 string root) Pentatonic Positions, as it crosses the
G/B string threshold.
Ex. 5 Observe these common, and hugely useful Octave
shapes. These shapes will help to identify
notes on the fretboard, typically by comparing the lower of the two notes with its
octave. This is a good way to build up
our understanding of where the notes in the musical alphabet fall on the
neck. You should know every note on the
fretboard, cold. No less!
Try This:
Invert the idea. That
is, Instead of finding notes 5 notes away on the next highest sounding string -
go up 7 frets (12-5=7), to find the octave on the next adjacent string!
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