Chapter 11 Quiz — Recording Vocals

Closed book, honest effort. Multiple choice: 1 point each. True/False: 2 points (1 for the verdict, 1 for the justification — a lucky coin-flip with a wrong reason earns half). Short answer: 3 points each. Applied scenario: 5 points. Total: 42. Scoring table at the end. Wrong answers are a reading map, not a verdict.

Section 1 — Multiple Choice (15 × 1 pt)

1. The chapter's central claim about vocal sessions is that the technical setup exists to:

  • A) Guarantee a take that needs no editing
  • B) Serve the performance — so the machine never vetoes a great take, and great takes are more likely to happen
  • C) Make expensive microphones unnecessary
  • D) Eliminate the need for multiple takes
Answer **B.** Take 3 won because the setup was invisible — nothing clipped, nothing boomed, nothing popped — and because the session was run to produce something alive. Setup serves the take; it can't replace it.

2. For vocal recording, the chapter's room rule of thumb is "deader is safer" because:

  • A) Dead rooms make singers quieter
  • B) A vocal married to room reflections can never be un-roomed, while a dry vocal can be placed in any space later
  • C) Reflections cause digital clipping
  • D) Dead rooms improve microphone frequency response
Answer **B.** You can always add a room ([Chapter 24](../../part-05-mixing-foundations/chapter-24-reverb-delay/index.md) supplies several that don't exist); you can never subtract one. The asymmetry drives the prep.

3. The absorption goes primarily behind the singer because:

  • A) Singers project sound backward
  • B) It looks professional on camera
  • C) The cardioid mic's sensitive lobe faces the singer — and the wall beyond them — while the wall behind the mic sits in the pattern's null
  • D) Bass builds up behind the singer
Answer **C.** Treat what the pattern can hear; let the null handle what it can't. Reflections off the wall the mic faces arrive nearly on-axis, in full fidelity.

4. The honest verdict on closet vocal booths is:

  • A) Closets are professional booths — clothes absorb all frequencies evenly
  • B) Closets are useless and should never be used
  • C) Clothes absorb highs and upper mids well, but the tiny room stacks low-mid resonances the clothes can't touch — test for boxiness before trusting it
  • D) Closets work only with condenser microphones
Answer **C.** Dead on top, potentially honky underneath — the 200–600 Hz buildup is the lurking cost. Five minutes of test recording against a reference settles it.

5. A singer with a bright, edgy voice walks in. The complement-don't-compound rule suggests:

  • A) A condenser with a strong 5 kHz presence peak
  • B) A darker mic — broadcast dynamic, ribbon, or the flattest condenser available
  • C) Whatever mic is most expensive
  • D) An omni pattern
Answer **B.** A presence peak on a presence-y voice is the same opinion twice, and the result trends harsh and sibilant. Supply what's missing, not more of the surplus.

6. The SM7B-class broadcast dynamic became the untreated-bedroom workhorse mainly because:

  • A) It captures more air above 10 kHz than condensers
  • B) It needs no preamp gain
  • C) Worked close and less sensitive, it barely hears the room — the direct-to-room ratio does the work treatment would
  • D) It has no proximity effect
Answer **C.** Less sensitivity plus close working distance makes a bedroom sound nearly like a booth. The bills: gain appetite, softened air, and a singer who must hold position.

7. The standard starting distance for a sung lead on a condenser is:

  • A) 1–2 inches
  • B) 6–10 inches
  • C) 18–24 inches
  • D) 3 feet
Answer **B.** Close enough that direct sound dominates the room, far enough that proximity effect isn't writing checks the mix must cash. Inside that range is the deliberate warmth dial; past about 12 inches the room co-stars.

8. The pop filter's second job, beyond breaking up plosive blasts, is:

  • A) Improving frequency response
  • B) Blocking sibilance
  • C) Acting as a distance-keeper — a physical landmark that locks the singer's working distance
  • D) Providing shock isolation
Answer **C.** "Lips about a fist from the fabric" converts an abstract distance into something a performer can feel. Locked distance is what keeps takes matched for comping.

9. You set preamp gain against:

  • A) The first verse at comfortable volume
  • B) The singer's speaking voice
  • C) The loudest passage at full performance energy — then leave extra margin for the take where they exceed it
  • D) The DAW's default level
Answer **C.** Performers undersell soundcheck and oversell the real take — the red light adds level. Set on the biggest moment, keep margin anyway.

10. "Never clip a take you love" reflects an asymmetric tradeoff because:

  • A) Low recordings can't be amplified
  • B) At 24-bit, recording conservatively costs essentially nothing, while clipping is a permanent, unfixable mutilation of the waveform
  • C) Clipping only matters on expensive converters
  • D) Quiet recordings have better frequency response
Answer **B.** The noise floor is miles down; the 0 dBFS cliff is forever. Cheap downside on one side, catastrophic on the other — so err low, always.

11. The touch of reverb in the singer's headphone mix is there to:

  • A) Audition the final mix reverb
  • B) Be printed onto the recording
  • C) Relax the singer — a bone-dry close mic in cans is an alien, exposing sound, and tension degrades everything — while the recorded signal stays dry
  • D) Mask pitch problems so takes pass
Answer **C.** Monitor-only confidence. The ledger: too much reverb smears the pitch detail the singer needs, trading tension for drift.

12. A singer who can't hear their own voice in the headphone mix will most commonly:

  • A) Sing more quietly
  • B) Push — adding volume and tension, and pulling pitch sharp
  • C) Go flat immediately
  • D) Be unaffected if they're experienced
Answer **B.** The widely repeated session pattern: can't hear yourself → push sharp; hear too much of yourself → hold back and drift flat. Pitch problems are often a fader problem in disguise.

13. The chapter prescribes multiple FULL takes early (rather than stop-start line fixes) because:

  • A) Punch-ins are technically impossible before Chapter 15
  • B) Phrasing is contextual, flow builds performance, coverage math favors it, and matched full takes give the comp interchangeable parts
  • C) Full takes use less disk space
  • D) Singers refuse to punch in
Answer **B.** All four mechanisms. Late, targeted punch-ins after coverage exists are craft; early reflexive ones are how take-14 sessions get made.

14. Comping, as introduced in this chapter, is:

  • A) Assembling one master vocal from the best phrases of multiple takes — planned at tracking, executed in Chapter 15
  • B) Compressing the vocal while recording
  • C) Deleting bad takes during the session
  • D) Recording doubles on the chorus
Answer **A.** The comp is this chapter's *plan* (coverage, matched takes, the log) and [Chapter 15](../chapter-15-editing/index.md)'s *craft* (assembly, seams, crossfades). Today captures; later assembles.

15. Sibilance lives roughly at:

  • A) 60–200 Hz
  • B) 200–600 Hz
  • C) 4–10 kHz, concentrated in s/z/sh sounds — and presence-peaked mics boost exactly that zone
  • D) Above 16 kHz only
Answer **C.** Which is why the bright-voice/dark-mic row exists, why the off-axis tilt works (the ess-beam is directional), and why fixing it at source beats an overworked de-esser later ([Chapter 29](../../part-06-advanced-mixing/chapter-29-mixing-vocals/index.md)).

Section 2 — True/False with Justification (5 × 2 pts)

16. A condenser is always the right choice for a lead vocal because it captures the most detail.

Answer **False.** Detail is a fixed opinion, not a virtue: a condenser also captures the untreated room, the fridge, and a bright voice's surplus edge in vivid fidelity. The right mic is the one whose opinion supplies what the voice and room are missing — frequently a dynamic, worked close, in real bedrooms.

17. Recording a vocal with peaks at -19 dBFS at 24-bit audibly degrades it compared to peaking at -10 dBFS.

Answer **False.** The 24-bit noise floor sits so far below either level that the conservative take is, for practical purposes, equally clean — pull the fader up and nothing bad happens. The hot take, meanwhile, gambles the once-a-session performance against the 0 dBFS cliff.

18. Tilting the mic 10–20° off the breath line reduces both plosive damage and sibilance, at the cost of a little top-end shading.

Answer **True.** Plosive blasts travel straight from the lips and ess energy beams on-axis; both miss a tilted capsule while the voice, which radiates more evenly, barely changes. The bill is mild off-axis treble shading ([Chapter 7](../../part-02-tools-of-production/chapter-07-microphones/index.md)) — usually a bargain.

19. Bone conduction means singers hear their own voice as warmer and fuller than the microphone does — so their first-playback shock is expected and says nothing about the take.

Answer **True.** Skull conduction adds a private bass-rich path the mic can't access; the recording is the first honest mirror. Run sessions around the physiology: warn first-timers, don't make early playback a referendum, and check "I sound thin" against a reference before touching anything.

20. Doubles and harmonies should be scheduled for a separate day so the singer is fresh for them.

Answer **False.** Capture them while the mic is hot: same voice-state, same locked position and gain, same room — that's what makes layers gel with the lead. A voice changes day to day and a re-rig never matches exactly; freshness matters less than matching, and twenty minutes now beats a setup that never quite gels later.

Section 3 — Short Answer (4 × 3 pts)

21. A singer goes sharp on every chorus, and the mic hasn't moved. Give the headphone-mix diagnosis, the mechanism (what pushing does to pitch), and two distinct fixes from the chapter.

Answer Diagnosis: they can't hear themselves — their voice is buried under the instrumental, or the overall can level is blasting. Mechanism: a singer who can't self-monitor pushes; pushing adds volume *and* physical tension, and tension pulls pitch sharp. Fixes (any two): raise their voice in the cans; lower the overall level; raise the tuning-reference instrument (and consider killing the click); the one-ear-off trick to restore natural acoustic feedback — managing the bleed from the open cup.

22. Explain the take log's "coverage" stopping rule and why it beats "keep going until it's perfect" — psychologically and practically.

Answer The log grids takes against song sections, rated fast (✓/○/✗); the session stops when every section has at least one keeper-grade candidate (and the money line has two). It converts an unbounded, morale-eating goal into a bounded, visible one: everyone can see when you're allowed to stop. Practically it allocates the voice's 60–90 minute budget to coverage first, leaves targeted punch-ins as planned mop-up, and prevents the fatigue-slope grind where takes converge into careful, identical, lifeless copies.

23. Your friend recorded gorgeous lead takes Tuesday and wants to add chorus doubles Friday. List three variables that will have drifted by Friday, and the two artifacts from the chapter that give the re-rig its best chance of matching anyway.

Answer Drifted: the voice itself (sleep, hydration, wear — day-to-day vocal state), the exact position (distance/axis/height), and the gain/chain settings; arguably also the room (furniture, weather, noise) and the singer's emotional temperature. Best-chance artifacts: the position photo plus floor tape (re-create distance, tilt, height, filter gap exactly) and the documented session notes — gain setting, mic choice, headphone recipe — written down when the session was live.

24. Write the talkback you'd deliver after this take: verse strong, chorus held back, bridge breath collapsed, singer looking worried. One or two sentences, then name the two etiquette rules your lines obeyed and one they deliberately avoided breaking.

Answer Example: "Verse is the best it's been — that's the one. This pass, one thing only: steal a breath at the ∨ before the bridge and let the chorus off the leash." Obeyed: speak immediately with specific praise first (information, not flattery); one focus per take, phrased as direction (a map), not adjectives. Avoided: dumping every flaw at once — the chorus note rode along inside the single bridge-breath focus; the rest stays banked on the log.

Section 4 — Applied Scenario (5 pts)

25. You're producing a nervous first-time singer with a bright voice in an untreated bedroom: one budget LDC and one broadcast dynamic available. Their first session (run by someone else) failed: takes clipped in the chorus, every p popped, the singer went sharp all night, hated their voice at first playback, and quit after ninety minutes of line-by-line punch-ins with nothing usable. Diagnose four distinct failures and prescribe the fix for each, then sketch your session plan in five steps. (Award yourself the fifth point only if your plan includes a stopping rule and the harvest.)

Answer Diagnoses and fixes (any four): **(1) Clipped choruses** — gain set on polite soundcheck level; fix: set on the loudest passage at full energy, peaks -18 to -12 dBFS, margin for red-light adrenaline, then don't touch it. **(2) Popped plosives** — on-axis, no filter; fix: pop filter as blast-breaker and distance-keeper plus a 10–20° off-axis tilt, flag plosive landmines on the lyric sheet. **(3) Singing sharp** — headphone mix failure (voice buried or cans blasting); fix: voice clearly on top, tuning reference prominent, moderate level, touch of monitor-only reverb, one-ear-off as needed. **(4) Playback despair** — bone-conduction shock unmanaged; fix: warn before first playback, or defer playback; never make minute-ten a referendum. **(5) Nothing usable after 90 minutes** — early punch-in perfectionism; fix: full takes with a take log, coverage stopping rule, targeted punch-ins only after coverage. **(Bright voice + bedroom):** choose the broadcast dynamic worked close — complement-don't-compound *and* room rejection in one move. Plan sketch: (1) prep the deadest corner, fort behind the singer, noise audit; (2) dynamic mic, locked position, tape and photo, gain with margin; (3) headphone recipe dialed with the singer, warmup recorded; (4) 4–6 full takes, log between, one direction each, immediate specific talkback; (5) announce the bank when the grid fills, record the gravy take, harvest doubles/harmonies/ad-libs while hot, label, back up, rate tomorrow — comp in Chapter 15.

Scoring

Score Verdict
38–42 Session-ready. Run the Project Checkpoint for real, then on to Chapter 12 — the band is waiting.
30–37 Solid. Re-skim whichever half cost you — setup (questions 2–12) or performance (13–25) — then track.
21–29 The concepts are half-loaded. Reread "The Setup" and "Full Takes, Not Perfect Lines," run DAW Lab C2–C3, retake the quiz.
Below 21 No shame — this chapter is two crafts in one. Re-run the chapter alongside exercise C3: the 4-take session teaches what rereading can't.