String tension is calculated as: T = UW × (2 × L × f)² where UW = unit weight per inch, L = scale length in inches, and f = frequency in Hz. Increasing gauge raises UW and thus tension at the same ...

How Semitones Work: In equal temperament tuning, each octave is divided into 12 equal semitones. Each semitone raises the frequency by a factor of 2^(1/12) ≈ 1.05946. To find frequency: f2 = f1 × 2^(n ...

Tip 1 — Play Easier Shapes: If a song is in Eb, put a capo on fret 1 and play standard D-shape chords. The capo raises everything by 1 half step so it sounds in Eb while you play familiar D shapes.

Tip 1 — Premium vs. Free Streams: Premium (paid subscriber) streams pay roughly 3–5x more than ad-supported free-tier streams. If your audience is primarily on free accounts, expect significantly ...

Tension & Playability: Most bass players prefer a total set tension between 150–200 lbs for a standard 4-string. Higher tension gives more punch and sustain; lower tension is easier to play but may ...

12th Fret Rule: The 12th fret should always be exactly half the total scale length from the nut. Use this to verify your measurements — if Fret 12 is off, your scale length input may be incorrect.

Tension Formula: T = (UW × (2 × L × F)²) / 386.088 — where T = tension in lbs, UW = unit weight of string (lbs/in), L = scale length in inches, F = frequency in Hz. This is the industry-standard ...