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REF-2276Source onlineBlueprint rev 01

The eclipse direction paradox

A fast hand-drawn science explainer turns a directional paradox into a measured speed comparison, then tests its exceptions on maps and globes.

Maker @minutephysicsFor minutephysicsOriginal post ↗
Cut timeline · 89 shots03:58
00:0000:3001:0001:3002:0002:3003:0003:30

Field notes / why it works

A familiar pattern is overturned by 0:06, and mapped examples around 0:08–0:20 make the question concrete; the strongest replay peak is 0:11.9–0:14.3 on those paths. The drawings turn abstract motion into two labeled speeds at 1:07–1:40, then a counterfactual at 2:09 and an edge case at 2:36 make the answer feel tested rather than asserted. The edit averages 28.7 picture changes per minute while allowing longer diagrams to build in place.

01

Plate 01 / The format in one breath

A quick, curious narrator points out that a familiar observation seems to contradict another one. A hand draws simple diagrams in sync with the explanation; a sourced map or model gives concrete proof; a speed or scale comparison resolves the paradox; an edge case tests the rule before a short recap.

Why it works

  • The contradiction arrives by 0:06: three familiar things apparently move one way, while the subject behaves the other way. The actual question lands at 0:21.
  • A real path map appears around 0:08–0:20; the replay peak at 0:11.9–0:14.3 sits on the shift from one mapped example to many. The proof gives the abstract puzzle a shape.
  • The explanation keeps changing the viewer's frame of reference: apparent sky path at 0:36–1:07, shadow and surface speeds at 1:07–1:40, a second distance comparison at 1:40–2:09, a hypothetical reversal at 2:13–2:34, and a polar exception at 2:36–3:12.
02

Plate 02 / Format card

Platform · aspect · lengthYouTube · 16:9 · 3:58 · source file 640×360 at 24 fps
Pace89 measured shots, 88 cuts (22.2/min), plus 26 internal graphic changes (28.7 picture changes/min). Mean 2.67 s, median 1.0 s; several 24–30 s drawings evolve inside one shot.
Script988 spoken words; 252 wpm across the full runtime, 272 wpm while speaking. 33 long sentences averaging 29.9 words; two explicit questions; 22 number mentions.
VoiceSingle low register, animated, quick, conversational science narrator; no visible presenter speaking to camera.
On screenPredominantly top-down hand-drawn whiteboard; brief globe and map proof inserts around 0:08–0:20 and 3:27 onward. No presenter face or product UI.
CaptionsNo running subtitles. Handwritten diagram labels, numerals, arrows, and formulas carry only the concepts needed for the current sentence.
SoundContinuous low tonal bed is detected (music-like; exact instrumentation uncertain). Speech is foregrounded; no clear systematic hit on cuts. Measured −14.0 LUFS integrated.
Structure9 content beats through 3:29, followed by a 29 s support/closing message. First clear answer by 1:32; exception explained by 3:12; final recap 3:12–3:29.

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  1. Plate 03 / The hook, frame by frame (first 3 seconds)Pro
  2. Plate 04 / Structure (beat sheet)Pro
  3. Plate 05 / Shot grammarPro
  4. Plate 06 / Visual style guidePro
  5. Plate 07 / Voice and deliveryPro
  6. Plate 08 / Sound designPro
  7. Plate 09 / PackagingPro
  8. Plate 10 / Script templatePro
  9. Plate 11 / Production planPro
  10. Plate 12 / PromptsPro
  11. Plate 13 / Edit recipePro
  12. Plate 14 / QA checklistPro
  13. Plate 15 / Make it yoursPro
  14. Recipe / runnable promptPro