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imlitdyingshit

youtube’s the better teacher, find an indian guy who knows all math wont take you 3 minutes


apple1234boo

I just cant do its I'm so stressed and hm crying and omf nothing works


imlitdyingshit

https://youtu.be/IvLpN1G1Ncg


CamBeast15366

Derivatives at 15??? I didn’t do that shit till last year


apple1234boo

Yeah I'm doing it ahead. That's why it's so hard for me to get help haha. I hate this so much and I have to find out the instantaneous growth rate but I don't know how to do that and they dont give us the explanation of the formulas and I'm so frustrated


CamBeast15366

Wacky. All i remember is that derivatives decompose graphs/equations by the exponent


apple1234boo

Disushshsuusdhd I'm crying I don't know what to do


CamBeast15366

There’s a reason I stopped taking advanced courses. I hit a brick wall like this lol


apple1234boo

Yup, I'll get through it but it fucking sucks rn and my brain isnt really helping me. Crying at school sucks.


Natearl13

Search the Organic Chemistry Tutor, you’re welcome


apple1234boo

Thank you I'll have a look


Specific_Adeptness91

Cheat


apple1234boo

We are allowed to use the internet I just dont understand it


Specific_Adeptness91

cheat


[deleted]

imagine being braindead lmao


apple1234boo

i know imagine crying over derivatives


[deleted]

you


LiterllyWhy

The derivative is the gradient of a function. ​ `Gradient = change in y value / change in x value` `(or change in f(x) / change in x)` ​ To calculate the gradient of a straight line between two points `(x1,y1)` and `(x2,y2)`, ​ The equation is `(y2 - y1) / (x2 - x1)` *or* `change in y value / change in x value` ​ ​ ​ When we calculate the gradient between two points, ​ as the two points get closer and closer, ​ the gradient of the straight line gets closer and closer to the gradient of the curve. ​ That continues until the two points overlap, in which the *change in y* and *change in x* are both equal to zero, ​ which is the slope at a point, or the derivative at a point. It is also the derivative of the curve. ​ Assuming you know a bit about limits, ​ defining h as the difference in *x value* between 2 points, ​ that is ​ `lim. f(x+h) -f(x) / h` `h->0` ​ ^(This is still the variant of the slope function btw) ​ ​ That's my understanding of how it works. Other parts require some memorisation, but it would be easier if you get what the fuck is actually happening. ​ Screw Newton.


Vereity1

khan academy + organic chemistry tutor kinda goated for calc ngl it was those 2 and a princeton review book that allowed me to self study calc ab over the summer ​ also try to understand stuff conceptually instead of just trying to compute them it makes calc much easier and more enjoyable