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Is this is what happens when you don’t assume a spherical cow?
I thought you’re supposed to assume a vacuum.
Assume both otherwise we have to face center of gravity issues.
Maybe let the cow be a point mass?
That does tend to simplify the aerodynamics modeling
they forgot to model the
aeromethane-spike from the cow fart.I mean it definitely reduces over all drag.
If we install a nozzle with a check valve leaving the methane out but no flames in, we could build pulse jet driven bionic cows.
This wouldn’t change the aerodynamics at all but definitely increase the cows speed and reduce the global warming effect a bit
Not sure if this is [email protected] or [email protected]. Maybe a bit of both.
Calculations are simpler if ……… you assume a spherical cow!
That is an assumption that a physicist would do.
Cows can only be assumed to be spherical for thermodynamic purposes.
Reminds me of this gem
Thanks. If anyone in the future asks my opinion regarding breast size, I can safely say that a preliminary study has shown that, aerodynamically speaking, it is better to have large breasts.
Only if you’re facing the wind directly. In other orientations it may not be ideal. The analysis appears incomplete.
Allright, another qualifier to my statement it is. 😅
This is fantastic, lol
As they say, knowledge is power, France is bacon.
This is udderly ridiculous
Makes it look like this cow is speedy as fuck
i need to know its power level.
Is its drag coefficient better than a modern day SUV’s?
Everything is better than modern day SUVs
It’s fuel efficiency sure is.
Definitely better than a Jeep Wrangler.
France is Bacon
But is it more aerodynamic than a brick?
“Against the twister, Betsy stands alone.”
“…and at the quarter turn, odds fav Merry Bell is running a full length behind Morning Milk. Morning Milk won the Nickel Pasture Jaunt last week…”
Turbulence in da ass
Fetchez la vache!
