In all of these plots, I'm showing the 0th (position), 1st (velocity), 2nd (acceleration), 3rd, 4th, and 5th derivatives of position as a function of time. So the 0th derivative is in km, 1st is km/minute, 2nd is km/min^2, 3rd is km/min^3, 4th is km/min^4, and 5th is km/min^5. What do the higher-order derivatives feel like? Not sure, but the 3rd order probably feels like a bump (a change in acceleration).
Io motion around Jupiter:
Europa motion around Jupiter:
Ganymede motion around Jupiter:
Callisto motion around Jupiter:
Io motion relative to Europa:
Io motion relative to Ganymede:
Here's how the 4th derivative sounds:
Io motion relative to Callisto:
Europa motion relative to Ganymede:
Europa motion relative to Callisto:
Ganymede motion relative to Callisto:
All of this will be converted to audio so I can experience how it sounds.
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