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Timeline: 19;20;5;16;19;3;9;5;14;3;5
"No matter what the size of the maney-fox is, the formula for the impact remains the same: F = mv²/2d. Force equaling mass times velocity squared divided by twice the distance assuming standard gravity. Even if force does increasingly harder to gauge as one's size exponentially increases. Any questions?"
"... can we see it again?"
"Certainly!"
Art ->
Holt-Odium
As you can see, the impact analysis of Nines often requires additional peer review throughout the collective.
And remember, technically it isn't the paw that gets you, it is the stop.
"No matter what the size of the maney-fox is, the formula for the impact remains the same: F = mv²/2d. Force equaling mass times velocity squared divided by twice the distance assuming standard gravity. Even if force does increasingly harder to gauge as one's size exponentially increases. Any questions?"
"... can we see it again?"
"Certainly!"
Art ->
Holt-OdiumAs you can see, the impact analysis of Nines often requires additional peer review throughout the collective.
And remember, technically it isn't the paw that gets you, it is the stop.
Category All / Macro / Micro
Species Unspecified / Any
Size 2469 x 1492px
File Size 4.42 MB
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