Could an Outsider Understand the Physics of Basketball?

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SUMMARY

The discussion centers on the integration of physics concepts into the narrative of a character from another planet participating in a basketball game. Key physics principles mentioned include gravity, drag, buoyant force, relative motion, and the Magnus effect, which are essential for accurately portraying the dynamics of the game. The character's understanding of these concepts is enhanced by advice from her parents regarding angular momentum and ball release techniques, specifically backspin. The dialogue emphasizes the importance of practical experience in applying theoretical knowledge to real-world scenarios.

PREREQUISITES
  • Understanding of basic physics principles such as gravity and drag.
  • Familiarity with the Magnus effect and its application in sports.
  • Knowledge of angular momentum and its relevance in ball dynamics.
  • Experience with narrative techniques in integrating scientific concepts into storytelling.
NEXT STEPS
  • Research the Magnus effect in sports physics and its implications for ball trajectory.
  • Explore angular momentum and its application in various sports techniques.
  • Study the principles of fluid dynamics as they relate to movement and resistance in sports.
  • Learn narrative strategies for incorporating scientific concepts into fictional writing.
USEFUL FOR

Writers, especially those in science fiction, sports enthusiasts, and educators looking to blend physics with storytelling will benefit from this discussion.

Chatterton
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I've got a character who's from another planet who gets pulled into a pick-up game of three-on-three. No, seriously.

So, how would a being who saw the game purely as physics in motion describe things like lining up shots and things like that? Just curious. Nothing elaborate. Just your common everyday kind of moves.
 
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Okay, looks like I'm not getting a lot of traction with this one. In your defence, though, my initial request was hella vague.

So, here's a brief selection from my first draft, the bit where it gets quasi-technical. If a few people could review it to see if I've committed any egregious errors I'd really appreciate it. Thanks.

--

She passed the ball from hand to hand, getting a feel for its mass. The breeze riffled through her antennae and she factored the wind flow velocity into her calculations. The game was little more than dynamic physics, a nuanced blend of gravity, drag, buoyant force, relative motion, and what the Earthlings called Magnus effect. She had a pretty good handle on the theory. Just needed to get some practical experience under her belt, as the humans would say. Even if a belt would have just slid right off her.Use the conservation of angular momentum to your advantage, dearest one, her mother said.

Yes, starchild, said her father. Release the ball from your fingertips to better diffuse the ball’s forward motion when it collides with fixed objects.

I believe they call that backspin, said Gleipnock.
 
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physics girl covers it well.
Also check out these kicks:
 
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