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Name each string by its standard-tuning pitch and number: 6th string low E through 1st string high E. Use string-and-fret addresses like “5th string, 3rd fret” so every note location can be described precisely.
Use what you learned in the previous lesson to solve real-world problems.
Trace how each fret raises the open-string note by one step in the chromatic note cycle. Connect fret numbers to pitch movement without turning this into interval naming yet.
Check what you understood with a short quiz.
Walk through the 12-note cycle used to name fretted notes: A, A#/Bb, B, C, C#/Db, D, D#/Eb, E, F, F#/Gb, G, G#/Ab. Notice that B to C and E to F are adjacent with no sharp or flat fret between them.
Recognize that one fret can have two common names, such as C# and Db. Use enharmonic names as practical labels for the same sounding pitch while leaving key-based spelling choices for later theory work.
Pick an open string, count forward through the chromatic cycle, and name any fret on that string. Practice checking yourself by landing on known notes instead of guessing from a chord shape.
Use the double-dot 12th fret as the octave reset point where the open-string note name returns. Read frets above 12 by matching them to frets 1, 2, 3, and beyond one octave higher.
Memorize a few high-value note anchors at dot frets, especially on the low E and A strings. Use those anchors to find nearby notes with only a short count instead of starting from the open string every time.
Find the exact same pitch on a neighboring string by shifting five frets between most adjacent string pairs. Adjust the rule to four frets between the G and B strings because of the guitar’s standard tuning break.
Locate octave copies with common guitar shapes: two strings higher and two frets up from the E or A string, and two strings higher and three frets up when crossing to the B or high E string. Use these shapes to connect repeated note names across the neck.
Separate three ideas that often get mixed together: a note name like C, an exact octave pitch like middle C, and a fretboard location where that pitch is played. Recognize when two places are true unisons versus the same note name in different octaves.
Choose a target note, then scan one small fretboard area string by string to find every place it appears there. Use open-string counting, anchors, enharmonic names, and octave shapes instead of relying on chord diagrams.
Review this chapter with practice based on your mistakes.
