Create one continuous premium 3D animated educational mathematics video for Grade 6 students, 16:9 landscape, approximately 3 minutes 15 seconds. Title: “2.5 & 2.6 — Arin’s Angle Mission | Name, Turn & Compare”. This is a problem-solving recap, not another lecture. Arin is the only speaking character. Preserve the supplied Arin character reference exactly. Use a bright, modern maths classroom, clean backgrounds, restrained motion, subtle blue/orange accents, polished 3D character animation, and crisp vector-style geometry overlays.
Follow the attached Video Creator Handoff scene table exactly for timing, narration, questions, pauses, answers, and on-screen text. Do not rewrite or add dialogue. Use the embedded original diagrams as geometry references; recreate them cleanly as vector diagrams, with labels added in post-production if necessary.
Sequence:
1) Mission 1: Show rays OC and OD with common point O. Ask which point is shared; hold a real 2–3 second thinking pause before revealing O. Then reveal O = VERTEX. Highlight OC and OD one at a time as the two arms. Ask how many arms; pause before answer 2. Show mission-complete badge.
2) Mission 2: Show an angle with D and E on the arms and B as the vertex. Demonstrate both names ∠DBE and ∠EBD. Emphasise that B remains the middle letter. Ask which name is not correct: ∠DBE, ∠EBD, or ∠BDE. Hold a 2–3 second pause; reveal ∠BDE is incorrect because D is the middle letter. Show mission-complete badge.
3) Mission 3: Show Angle A with short arms and a wide opening; Angle B with longer arms and a narrow opening. Ask which is bigger and hold a 3-second pause. Explain that arm length does not decide angle size; amount of turn/opening does. Clearly animate superposition: move Angle B so the vertices coincide, align one arm, then compare the other arms; show Angle A opens farther. Then show a second pair with Angle A long arms/small opening and Angle B short arms/wider opening; pause and reveal Angle B is bigger.
4) Mission board shows all missions complete. Animate the memory sequence: FIND THE VERTEX → NAME THE ANGLE → LOOK AT THE TURN → COMPARE THE OPENING. Show the final thinking prompt with a short-arm wide angle beside a long-arm narrow angle. End with the bridge to “ANGLE CHALLENGE — Bigger, Smaller or Equal?”
Keep all mathematical geometry internally consistent. Rays must meet at the marked vertex. Angle arcs must match the actual openings. Do not use degree labels or protractors. Do not make longer arms appear to mean a bigger angle. Do not reveal answers during thinking pauses. Do not invent extra characters, questions, scenes, or dialogue. Avoid garbled letters, illegible equations, floating labels, inconsistent vertices, and inaccurate superposition. Keep diagrams large and readable on mobile screens. Export with clear voice, light unobtrusive music, and no loud effects.
