Piano Piano Fundamentals & Technique Syllabus

Piano Fundamentals & Technique syllabus — full chapter and topic list

Expand any chapter to see its topics and sub-topics. This is the whole examinable outline for Piano Fundamentals & Technique in Piano, not a summary of it.

1. 1

   Instrument & Posture

   4 topics

   • Anatomy of the Piano
   • Seating & Body Posture
   • Hand Shape & Wrist Position
   • Finger Numbering
2. 2

   Keyboard Geography

   4 topics

   • Black Key Groups & Landmarks
   • Finding Middle C
   • Octaves & Registers
   • Naming White Keys
3. 3

   Touch & Tone Production

   4 topics

   • Legato Playing
   • Staccato Playing
   • Dynamics & Voicing
   • Weight Transfer & Relaxation
4. 4

   Finger Independence Exercises

   4 topics

   • Five-Finger Patterns
   • Hanon Exercises
   • Czerny Studies
   • Finger Crossing & Thumb Tucking
5. 5

   Hand Coordination

   4 topics

   • Hands Separate Practice
   • Hands Together Coordination
   • Contrary & Parallel Motion
   • Independent Rhythms Between Hands
6. 6

   Pedaling Technique

   4 topics

   • Legato (Syncopated) Pedaling
   • Rhythmic Pedaling
   • Half-Pedaling
   • Una Corda & Sostenuto Use
7. 7

   Practice Strategies

   4 topics

   • Slow Practice & Metronome Use
   • Chunking & Sectioning
   • Building a Practice Routine
   • Memorization Techniques

Piano Fundamentals & Technique flashcards for Piano

20 of 50 cards from the Piano Fundamentals & Technique deck — real questions with worked answers.

1. How many keys does a standard modern piano have, and how are they divided between white and black keys?

   A standard piano has $88$ keys: $52$ white keys and $36$ black keys, since $52 + 36 = 88$.

2. Name the three pedals on a modern piano and state the function of each.

   Right pedal: damper (sustain) — lifts all dampers so every played string keeps ringing. Middle pedal: sostenuto — sustains only the notes held down when the pedal is depressed. Left pedal: una corda (soft) — shifts the action so hammers strike fewer strings or with softer felt, reducing volume and changing tone.

3. Describe the chain of events by which a piano produces sound when a key is pressed.

   Pressing the key operates the action, which throws a felt-covered hammer against the string(s); the string vibrates, the soundboard amplifies the vibration, and when the key is released the damper falls back on the string and stops the sound.

4. Where on the bench should a pianist sit, and how far from the piano?

   Sit on the front half of the bench (not the whole seat), far enough back that the elbows are slightly in front of the torso and the fingertips rest comfortably on the keys with a gentle bend in the elbows, allowing the body to lean freely.

5. What is the correct height relationship between the forearms and the keyboard when seated properly?

   The bench height should place the forearms roughly parallel to the floor, with elbows level with or slightly above the key surface — never wrists sagging below the keys or shoulders hunched up.

6. Describe correct foot and back position at the piano, and name two common posture faults.

   Feet flat on the floor (right foot slightly forward near the pedals) and the back straight but relaxed, leaning slightly forward from the hips. Common faults: slouching/rounded back and raised, tense shoulders.

7. What is the ideal hand shape for playing the piano?

   A naturally rounded (curved) hand, as if loosely holding a small ball or bubble: fingers gently curved, playing on the fingertip pads, with a relaxed arch across the knuckles — never flat, splayed fingers.

8. What is the correct wrist position at the piano, and why must it stay flexible?

   The wrist should be level — in line with the forearm and the hand, neither drooping below the keys nor arched high — and it must remain supple and flexible, because a rigid or locked wrist blocks arm weight, creates tension, and leads to fatigue or injury.

9. What technical fault is a 'collapsed' first (nail) joint of the finger, and why is it a problem?

   It is when the fingertip joint buckles inward (bends backward) as the key is pressed. It is a problem because it loses the firm fingertip contact needed for control, weakens tone production, and limits speed and evenness.

10. State the standard piano finger-numbering system.

    Each hand's fingers are numbered $1$–$5$: thumb $= 1$, index $= 2$, middle $= 3$, ring $= 4$, little finger (pinky) $= 5$.

11. In piano fingering, is the numbering the same for both hands, and how does this differ from string-instrument fingering?

    Yes — both hands use identical numbering with the thumb as $1$ and the pinky as $5$. This differs from string instruments (e.g., violin), where the index finger is numbered $1$ and the thumb is not numbered at all.

12. Describe the repeating pattern of black keys across the piano keyboard.

    The black keys alternate in groups of two and groups of three; this 2-then-3 pattern repeats identically in every octave across the entire keyboard.

13. How do you find any C on the keyboard using the black-key groups?

    C is the white key immediately to the left of every group of two black keys.

14. How do you find any F on the keyboard using the black-key groups?

    F is the white key immediately to the left of every group of three black keys.

15. Which white key sits directly between the two black keys of every two-black-key group?

    D — it is the landmark white key nestled exactly in the middle of each group of two black keys.

16. Which pairs of adjacent white keys have no black key between them, and what does this mean musically?

    E–F and B–C. Because no black key separates them, each pair is only a half step (semitone) apart — the two natural half steps of the musical alphabet.

17. Where is middle C located on the piano, and what is its scientific pitch name?

    Middle C is the C nearest the center of the keyboard (roughly under the maker's name on the fallboard). In scientific pitch notation it is $C_4$ — the fourth C from the bottom of an 88-key piano.

18. How is middle C written on the grand staff?

    On its own ledger line between the two staves: one ledger line below the treble staff, or equivalently one ledger line above the bass staff.

19. What is the approximate frequency of middle C in equal temperament when $A_4 = 440\ \text{Hz}$?

    Middle C ($C_4$) is approximately $261.63\ \text{Hz}$.

20. What is an octave, in terms of both letter names and frequency?

    An octave is the distance of eight letter names to the next key with the same name (e.g., C up to the next C). Acoustically the frequency doubles — a ratio of $2:1$ — so if $A_4 = 440\ \text{Hz}$, then $A_5 = 880\ \text{Hz}$.

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