Beat Making Flashcards
7 cards from real Beat Making practice questions. Tap to flip, then mark Knew It or Still Learning — missed cards come back until you master them.
Read the first 7 Beat Making flashcards as text
What does 'LUFS' measure and why does it matter for beat distribution on streaming platforms?
Answer: Loudness Units relative to Full Scale — the integrated loudness measurement used by streaming platforms for normalization
LUFS (Loudness Units relative to Full Scale) is an industry-standard loudness measure; platforms like Spotify normalize tracks to around −14 LUFS, so mastering to that target prevents volume reduction.
What is 'parallel compression' (also called New York compression)?
Answer: Blending a heavily compressed copy of a signal with the uncompressed original to add punch while retaining dynamics
Parallel compression mixes a dry, uncompressed signal with a heavily squashed version, preserving transient punch from the dry signal while adding density and sustain from the compressed signal.
In music production, what is a 'chord inversion'?
Answer: Rearranging the notes of a chord so a note other than the root is in the bass position
A chord inversion places a chord tone other than the root on the bottom, creating smoother voice leading between chords and a different harmonic color.
What is 'audio quantization' in beat programming?
Answer: Snapping recorded or programmed notes to the nearest grid division to correct timing inaccuracies
Quantization moves MIDI note positions to the nearest rhythmic grid point (e.g., 16th note), correcting timing errors at the cost of some humanization.
Which synthesis method generates sound by combining simple waveforms (sine, square, sawtooth, triangle) using oscillators?
Answer: Subtractive synthesis
Subtractive synthesis starts with harmonically rich oscillator waveforms and uses filters to subtract frequencies, shaping the timbre — it is the basis of classic analog synths.
What is 'stem mastering' when preparing a beat for release?
Answer: Mastering multiple grouped audio stems (e.g., drums, bass, melody) separately before combining for greater mix control
Stem mastering processes grouped stems (drums bus, bass bus, synths bus, etc.) individually before the final master, allowing finer control over each element's loudness and dynamics.
What role does 'MIDI velocity automation' play in making a programmed bass line feel more realistic?
Answer: It varies the volume and timbre of individual notes to mimic the natural dynamics of a real bass player
By automating or varying MIDI velocity values across a bass line, producers replicate the subtle loudness and tonal changes a human bassist creates when plucking strings at different intensities.