Cumulative level test: Time you can feel, independence of hands and voice, and one finished performance

Check understanding, separately from reading

12 questions · 80% to pass · no timer. This longer test revisits both units in the level. These authored questions assess recognition and application of the taught distinctions, not professional qualification. You may review the lessons and retry. Repeat attempts reuse the question bank; a remembered answer is not proof of transfer to a new situation.

Saving a lesson records reading only. Previous lesson completions have not been converted into passing scores. You can continue reading without a pass; the assessment remains unpassed.

Question 1

A player practises a slow ballad with a click at 40 beats per minute and finds they are consistently ahead of the click, by a wider margin than when they practise at 100 beats per minute. Using the synchronization evidence in lesson 52 and the timing arithmetic of lesson 51, which explanation is defensible, and what is the practical fix?Anticipation grows as the stimulus period lengthens, and 40 BPM gives a 1.500-second period against 0.600 seconds at 100 BPM, so the slow click is the harder one and the fix is to click on a subdivisionThe slow click is not trackable, so the player is guessing; the fix is to raise the metronome level until the click is unmistakable

Question 2

A recorded keyboard tresillo is played back for two assistants at 90 beats per minute. One wants to quantise the part to straight sixteenths to correct 'untidy' timing, the other wants to leave it. Which arithmetic settles the dispute, and what would the correction actually change?Quantisation is harmless because sixteenths are finer than the pattern's grid, so the part can only become more accurateThe tresillo attacks fall at 0.500, 0.500 and 0.333 seconds inside a 1.333-second cycle, so quantising to sixteenths at 0.167 seconds replaces a deliberate asymmetry with even spacing and destroys the syncopation

Question 3

A guitarist with a capo at the third fret plays an E shape, and a keyboardist plays G major as G3, B3 and D4. Comparing the guitar's lowest sounding note with the keyboard's, which part sounds higher, by what interval, and what are the frequency figures?The keyboard part is higher: G3 at 196.00 hertz against the guitar's G2 at 98.00 hertz, which is an octave or 1,200 cents aboveThe guitar part is higher, because the capo shortens the strings and pushes the guitar to 196.00 hertz against the keyboard's 98.00 hertz

Question 4

A learner plans a 45-minute session on barre-heavy repertoire with headphones at a loud monitoring level, no warm-up, and continuous barre passages. Identify the two risks that the sources cited in this level actually name, and state the fix for each.The only risk is running out of time before the session ends, so the fix is to lower the repertoire's tempo and skip the listening passFailure to warm up, which the clinical source associates with increased injury risk, and loud listening, which the WHO material treats as an unsafe practice carrying hearing risk; the fixes are a warm-up with short loaded holds and comfortable monitoring with breaks

Question 5

A learner sings a melody in eighth notes while strumming quarter notes at 84 beats per minute and finds the singing is the part that collapses. Using the coordination reasoning of lesson 58 and the independence reasoning of lesson 56, what is the correct account of the load, and the first change to make?The voice is running at 0.357 seconds per event against the hand's 0.714 seconds, so it is doing twice the work; simplify the accompaniment to one attack per bar, then rebuild the rate once the phrase holdsBoth streams should be speeded up to the same 0.357-second rate, because matching the two rates is what removes interference between them

Question 6

A swing tune is played at 100 beats per minute, where one beat is 0.600 seconds. One practitioner sets a click on every eighth note and another sets a click on beats two and four. Which setting supports the feel, and what is the timing reason?Every eighth note, because more frequent references always improve timing accuracy, and skilled players perform a swung pair evenlyBeats two and four, because a swung pair is performed unevenly and an even 0.300-second reference asserts a subdivision the style does not use

Question 7

A piece has an eight-bar A section followed by a sixteen-bar B section at 90 beats per minute, with the B section built by doubling the harmonic rhythm and lifting the register an octave. State the two section durations and identify which of the changes is a hypermetric contrast of length rather than a change of surface.A is 21.333 seconds and B is 42.667 seconds; the doubling of length is the hypermetric contrast, while the faster harmonic rhythm and the octave lift change surface and register without altering the hypermetric spansA is 21.333 seconds and B is also 21.333 seconds, because a section's length is set by its phrase count rather than by its bar count

Question 8

A song in G demands one barre chord, and the learner can place a capo at the third fret and use the open E, A and D shapes instead. Using the physical arithmetic of lesson 55 and the transposition arithmetic of lesson 54, what does each route cost and what does each develop?The capo is a shortcut that prevents the barre from ever developing, so it should be avoided until the full barre can be held continuously for a minuteThe capo removes sustained left-hand pressure by clamping 103.05 millimetres from the nut, so it suits unfinished repertoire, while the barre builds capability through short loaded holds at roughly a third of the time under load

Question 9

To make a second section sound different without adding an instrument, a player moves the same three-note voicing up an octave and doubles the root an octave below. Which parameters have changed, which have not, and what figure states the register change exactly?Register and density change while every interval inside the chord stays identical, because the octave shift is 1,200 cents and the pitch classes are unchanged; the doubling adds weight, not new harmonyThe chord's inversion has changed because the lowest sounding note moved, so the second section performs a different harmonic function

Question 10

A 32-bar piece at 84 beats per minute is exported, and the resulting audio file is 94.929 seconds long rather than 91.429 seconds. Which explanation is most likely, and what should be checked before treating the difference as a performance problem?The extra 3.5 seconds mean the performance ran at about 80.9 beats per minute, so the tempo must have been set incorrectly before recordingThe render length follows a hierarchy that includes a tail setting, so the file is longer than the musical material by about 3.5 seconds; check the render-length and tail settings first

Question 11

At 60 beats per minute a fingerstyle pattern has the thumb on the beat and the fingers on eighths, while the sung melody moves at two syllables per beat. Which stream should be simplified first, and what are the three intervals involved?The finger part, because it runs at 0.500 seconds, exactly the same rate as the voice at 0.500 seconds, while the thumb is at 1.000 seconds; reduce the fingers to the thumb's rate firstThe voice, because the voice is always the stream to simplify, and it should be reduced to one syllable per beat regardless of what the hands are doing

Question 12

A learner scores twelve out of twelve on this level's test questions and concludes that they can now perform, sing and record the piece to a usable standard. Which judgement is accurate, and what would count as evidence?Twelve correct answers establish the competence, because the questions required application rather than recall and covered every lesson in the levelThe score is not evidence of playing, singing or recording competence; the evidence is a recorded pass judged by listening, with a written log of what was heard and what remained unresolved

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