If the bands represent Potential Energy Contours, what algorithm is used to determine those energy levels?
I would have expected a relatively linear (1/x² for E and 1/x³ for M) spherical distribution of the force normals, but this indicates energy density bands that are concentric in some manner?
Good questions, I'm writing a primer for my primer vidoes. In a nutshell, it is the kinetic energy difference of a standard unit test particle after one second. Which boils down to kinetic energy value based on virtual displacment.
Nicely done.
If the bands represent Potential Energy Contours, what algorithm is used to determine those energy levels?
I would have expected a relatively linear (1/x² for E and 1/x³ for M) spherical distribution of the force normals, but this indicates energy density bands that are concentric in some manner?
Thanks for sharing this :)
AdminOnDuty 10 months ago
Good questions, I'm writing a primer for my primer vidoes. In a nutshell, it is the kinetic energy difference of a standard unit test particle after one second. Which boils down to kinetic energy value based on virtual displacment.
SirZerp 9 months ago
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AdminOnDuty 10 months ago
VERY GOOD VIDEO...
pirondinimarco 10 months ago
VERY GOOD VIDEO...
FelipeZucchetti 10 months ago