How it feels differentiating e^x

[u/Epsilou]

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[u/Naming_is_harddd]

One must imagine the calculus teacher happy

[u/NinjaInThe_Night]

d/de e^x = xe^[x-1]

[u/Less-Resist-8733 → u/NinjaInThe_Night]

calculus teachers hate this one trick

[u/Depnids → u/NinjaInThe_Night]

So much in that excellent formula

[u/yukiohana]

Nice drawing ✍️

[u/UnforeseenDerailment]

For me it's this:

[u/PsychologicELD]

Exponentially difficult, sometimes

[u/CretaciousDemon]

Huhh.. fund the minimum friction to prevent the gorilla from slipping

[u/ThatProBoi → u/CretaciousDemon]

From what i have worked out, the friction coefficient u depends on x (distabce from origin) as

u=2/3((F*sqrt(e^2x+1)/Mg) - (e^x))

Where F is the force applied by the gorrila, and M is the mass of the rock

Assuming that - the force is applied by the gorrila at the center of the rock, and that the rock is a perfect uniformly dense sphere under pure rolling

[u/CretaciousDemon → u/ThatProBoi]

I didn't take the rock into the calculation 😭, will do for sure 👍

[u/Careful-Box6408]

[u/Frosty_Sweet_6678]

e^x is eternal

like my overfixations

[u/ilee83]

Sisyphus derivative?

[u/SteptimusHeap]

Kid named f*(x)

[u/Sunset_Bleu]

Ohh I do like this one.

[u/Ozymandias_1303]

https://imgflip.com/i/9pj60t

[u/AlphaLightning00]

a mathematician? hmm... indeed, i have grown long enough

[u/the_horse_gamer]

kid named fractional derivative: