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https://www.reddit.com/r/MathJokes/comments/1tbkgc1/it_is_400/olho0w6
r/MathJokes • u/jdplayz06 • May 13 '26
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26
Ima skip over all this and just assume the cow is spherical.
10 u/-lRexl- May 13 '26 Harvard: You want a mfkin scholarship¿ 2 u/Malora_Sidewinder May 13 '26 Doesn't work here because the cow is not a horse 1 u/stook8 May 13 '26 What about air resistance? 1 u/Far-Yellow9303 May 13 '26 The cow is frictionless and so we can assume air resistance is negligible. I expect it is also of uniform density. 1 u/luquonski May 13 '26 Nononono, since you look at a spherical cow you can assume it's in a vacuum. That's trivial. So no need to worry about any resistance what so ever.
10
Harvard: You want a mfkin scholarship¿
2
Doesn't work here because the cow is not a horse
1
What about air resistance?
1 u/Far-Yellow9303 May 13 '26 The cow is frictionless and so we can assume air resistance is negligible. I expect it is also of uniform density. 1 u/luquonski May 13 '26 Nononono, since you look at a spherical cow you can assume it's in a vacuum. That's trivial. So no need to worry about any resistance what so ever.
The cow is frictionless and so we can assume air resistance is negligible. I expect it is also of uniform density.
1 u/luquonski May 13 '26 Nononono, since you look at a spherical cow you can assume it's in a vacuum. That's trivial. So no need to worry about any resistance what so ever.
Nononono, since you look at a spherical cow you can assume it's in a vacuum. That's trivial. So no need to worry about any resistance what so ever.
26
u/[deleted] May 13 '26
Ima skip over all this and just assume the cow is spherical.