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Precision Mechanism: Rotational Dynamics Model

Explore a mathematical model of rotational dynamics with varying twist angles. Witness precise movement patterns between mid and bottom levels as the twist angle changes. Unravel the complexities of rotational mechanics as each step adds a new layer of intrigue. Dive into the world of mechanical precision and discover the fascinating interplay of angles and rotations in this dynamic simulation.

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Precision Mechanism: Rotational Dynamics Model

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  1. Mid: 46° total twist: 0°Bot: 46°

  2. Mid: 41° total twist: 5°Bot: 46°

  3. Mid: 36° total twist: 10°Bot: 46°

  4. Mid: 31° total twist: 15°Bot: 46°

  5. Mid: 26° total twist: 20°Bot: 46°

  6. Mid: 21° total twist: 25°Bot: 46°

  7. Mid: 16° total twist: 30°Bot: 46°

  8. Mid: 11° total twist: 35°Bot: 46°

  9. Mid: 6° total twist: 40°Bot: 46°

  10. Mid: 1° total twist: 45°Bot: 46°

  11. Mid: 356° total twist: 50°Bot: 46°

  12. Mid: 351° total twist: 55°Bot: 46°

  13. Mid: 346° total twist: 60°Bot: 46°

  14. Mid: 341° total twist: 65°Bot: 46°

  15. Mid: 336° total twist: 70°Bot: 46°

  16. Mid: 331° total twist: 75°Bot: 46°

  17. Mid: 326° total twist: 80°Bot: 46°

  18. Mid: 321° total twist: 85°Bot: 46°

  19. Mid: 316° total twist: 90°Bot: 46°

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