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fakelaboratory

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Physics: Momentum

In this experiment - the simple collision. With transferring momentum from one object to another. I split the application of momentum to the block object(see next picture) for two parts: the rotating part and the general motion part
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*by coefficients of collision's point to radius

Calcs of momentum transferring, is general, thanks to:
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I tried to solve it in my way, looks similar to these calcs...
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Not only similar, but the same, same in Khan, same In Wolfram, same by hands, same by tables, same by code, three tests passed
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Code
Just a cube directed to the wide block, possible to set masses and move the cube(left/right)

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Link to play around:
https://fakelaboratory.github.io/publish/Momentum/
Source:
https://github.com/fakelaboratory/publish/tree/main/Momentum

In general same code like in the last experiment with Newton's laws, because it is a same framework, I mean masses, friction and speed(acceleration), move and rotate points. If interested in - please read the code, for notes 'll be usefull in the last article something(https://dev.to/fakelaboratory/newtons-laws-of-motion-232p)

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fakelaboratory • Edited

I wanna to go to the particles, and liquids, maybe thermodynamics. Found ad with Gemini, maybe someone have access?(ye i restricted) Not only for Gemini request, but i think interesting to try Python with GL(not tried yet). In all videos about simulations of liquids they regularly talk about hardware limits...