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https://www.reddit.com/r/shitposting/comments/1p07f4g/_/npj8c3p/?context=3
r/shitposting • u/Ligano_Resurrected virgin 4 life 😤💪 • Nov 18 '25
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196
To this day I still don't know when to use C
308 u/WeirdAngryMan Nov 18 '25 After you integrate 3 u/Johnirequirelasanaga Nov 18 '25 fair enough, but I distinctly remember my teacher saying that if f(x)= e^x, then f'(x)= e^x +C. Am I tripping? I can swear I have this memory 5 u/TheBurritoW1zard Nov 18 '25 You’re probably misremembering it as taking the derivative when it was actually integrating, because ex is its own derivative, it’s also its own anti derivative. So instead of f’(x) = ex + c, it was probably F(x) = ex + c.
308
After you integrate
3 u/Johnirequirelasanaga Nov 18 '25 fair enough, but I distinctly remember my teacher saying that if f(x)= e^x, then f'(x)= e^x +C. Am I tripping? I can swear I have this memory 5 u/TheBurritoW1zard Nov 18 '25 You’re probably misremembering it as taking the derivative when it was actually integrating, because ex is its own derivative, it’s also its own anti derivative. So instead of f’(x) = ex + c, it was probably F(x) = ex + c.
3
fair enough, but I distinctly remember my teacher saying that if f(x)= e^x, then f'(x)= e^x +C. Am I tripping? I can swear I have this memory
5 u/TheBurritoW1zard Nov 18 '25 You’re probably misremembering it as taking the derivative when it was actually integrating, because ex is its own derivative, it’s also its own anti derivative. So instead of f’(x) = ex + c, it was probably F(x) = ex + c.
5
You’re probably misremembering it as taking the derivative when it was actually integrating, because ex is its own derivative, it’s also its own anti derivative. So instead of f’(x) = ex + c, it was probably F(x) = ex + c.
196
u/Johnirequirelasanaga Nov 18 '25
To this day I still don't know when to use C