Is calculus essentially whne theres literally no fucking predictable correlation between x and y

[JeanneDArcAlter]

Title

 

[JeanneDArcAlter]

Ive never seen calculus but im assuming thats what its like

 

[Deleted member 80562]

Not really

 

[Deleted member 117288]

Bro you gotta be trolling...

 

[JeanneDArcAlter]

Not really

Actually now i know it
Its when the same y is shared between 2 xs or vice versa

 

[JeanneDArcAlter]

Bro you gotta be trolling...

Idk ive never went beyond algebra

 

[Deleted member 117288]

Idk ive never went beyond algebra

Algebra 2 right?

 

[JeanneDArcAlter]

Actually now i know it
Its when the same y is shared between 2 xs or vice versa

Its not as if its completely fucking random theres local minimas and maximas within ranges
I imagine its shaped like us and ns or parabolas

 

[JeanneDArcAlter]

Algebra 2 right?

1

 

[Deleted member 117288]

1

What grade?

 

[JeanneDArcAlter]

Its not as if its completely fucking random theres local minimas and maximas within ranges
I imagine its shaped like us and ns or parabolas

This is what im imagining

 

[JeanneDArcAlter]

What grade?

10th in american terms

 

[sub0Jestermaxxer]

10th in american terms

take a summer course on calculus AB. Shits so light

 

[Deleted member 117288]

10th in american terms

Strange

 

[Deleted member 80562]

View attachment 3444297
This is what im imagining

That’s just x^5

 

[JeanneDArcAlter]

Strange

take a summer course on calculus AB. Shits so light

Yeah

That’s just x^5

Yeah but thats what im imagining calculus as
Before i just imagined the graph as completely fukcing random all over the bullshit because i was playing around on wolframalpha but that doesnt make any sense and i realized its like this after playing around on wolframalpha

 

[sub0Jestermaxxer]

View attachment 3444297
This is what im imagining

that's just derivative stuff so yeah technically calc

 

[JeanneDArcAlter]

Bro you gotta be trolling...

Yh i just realized how dumb i sounded since that wouldnt make any sense

 

[sub0Jestermaxxer]

10th in american terms

wait so are you European or something?

 

[JeanneDArcAlter]

wait so are you European or something?

Yh i live there

Yh i just realized how dumb i sounded since that wouldnt make any sense

Anyways

Cna you apply the concept of having a local minima for any range even if its like left or is that not applicable since its shaped like that

 

[sub0Jestermaxxer]

Yh i live there

Anyways
View attachment 3444306
Cna you apply the concept of having a local minima for any range even if its like left or is that not applicable since its shaped like that

yes. however I think that's multivariable calc

 

[sub0Jestermaxxer]

watch TheOrganicChemistryTutor on yt. He has a lot of important lessons on learning the fundamentals of calculus

 

[JeanneDArcAlter]

watch TheOrganicChemistryTutor on yt. He has a lot of important lessons on learning the fundamentals of calculus

I prefer textbooks imma do this

Then this

 

[JeanneDArcAlter]

I prefer textbooks imma do this
View attachment 3444319
Then this
View attachment 3444320

Second textbook i believe is quite hard but i trust that ill be able to do it

 

[OldBones]

I prefer textbooks imma do this
View attachment 3444319
Then this
View attachment 3444320

Get Morris Kline or Michael Spivak

 

[OldBones]

Second textbook i believe is quite hard but i trust that ill be able to do it

How old are you?

 

[JeanneDArcAlter]

Get Morris Kline or Michael Spivak

I was considering the one by spivak

How old are you?

15

 

[OldBones]

I was considering that

15

Start with iitjee calculus, it’s an Indian examination, the calculus part is ridiculously hard for the age group but you’ll eventually get it, it’s much much much harder in college

 

[OldBones]

I was considering the one by spivak

Depends on edition because the later ones are ridiculous

 

[JeanneDArcAlter]

Depends on edition because the later ones are ridiculous

3rd?

 

[Deleted member 60299]

Title

Deuvative is zero if there is no relation between the function above and the variable below.

The symbol df(x)/dx means how much does f(x) changue when x changues!

So that's the reason why df(x)/df(x)=1 because when f(x) changues by some quantity, well f(x) is changing by the same said quantity. The changes at the differential level are the same which can be expressed as the obvious equation

df(x)=df(x)

And the same we can say about other derivatives.

Suppose you derive some function f with regards to x and you end up with the fact that

df(x)/dx =0.5.

The above equation can be rewritten as

df(x) = 0.5dx

If we allow the differentials to be treated as very small number that represent the result of a very small difference, what the previous equation is telling you is that when dx increases by some quantity, the value of the function increases 0.5dx, that is, it increases a fifty percent or half of the total value of dx.

This can be seen if you apply the integration operator S which leaves you with the function

Sf(x)=S0.5dx

f(x)=0.5x+c.

If the constant is c=0, you can see how when x=1, then f(x) is the half of 1!

f(1)=0.5.

 

[OldBones]

3rd?

You’re 15, that’s not needed, just do basic stuff

 

[Deleted member 60299]

Title

I'd there is

Deuvative is zero if there is no relation between the function above and the variable below.

The symbol df(x)/dx means how much does f(x) changue when x changues!

So that's the reason why df(x)/df(x)=1 because when f(x) changues by some quantity, well f(x) is changing by the same said quantity. The changes at the differential level are the same which can be expressed as the obvious equation

df(x)=df(x)

And the same we can say about other derivatives.

Suppose you derive some function f with regards to x and you end up with the fact that

df(x)/dx =0.5.

The above equation can be rewritten as

df(x) = 0.5dx

If we allow the differentials to be treated as very small number that represent the result of a very small difference, what the previous equation is telling you is that when dx increases by some quantity, the value of the function increases 0.5dx, that is, it increases a fifty percent or half of the total value of dx.

This can be seen if you apply the integration operator S which leaves you with the function

Sf(x)=S0.5dx

f(x)=0.5x+c.

If the constant is c=0, you can see how when x=1, then f(x) is the half of 1!

f(1)=0.5.

If there's no correlation, well derivative is zero! What is above varies independently of what is below.

 

[JeanneDArcAlter]

I'd there is

If there's no correlation, well derivative is zero! What is above varies independently of what is below.

Essentially how much the input controls the output
This was quite a dumb question for me to ask since obviously theres gonna be correlation

You’re 15, that’s not needed, just do basic stuff

No

 

[Deleted member 60299]

Essentially how much the input controls the output
This was quite a dumb question for me to ask since obviously theres gonna be correlation

No

In math and physics there's no stupid question brah. Remove that mentality and garner the power of calculus. One of the most powerful mathematical theories ever created

 

[JeanneDArcAlter]

This was quite a dumb question for me to ask since obviously theres gonna be correlation

Although it was a learning experience for me to
learn what the deriative is

In math and physics there's no stupid question brah. Remove that mentality and garner the power of calculus. One of the most powerful mathematical theories ever created

 

[Deleted member 60299]

Although it was a learning experience for me to
learn what the deriative is

If you've ever need help with integration you can ask me. I have some notes about it which I think explain very concisely the concept.

 

[Samiscool234]

No

 

[JeanneDArcAlter]

No

Yeah ik i was playing on wolframalpha and i noticed the multiples of my equation didnt have any rhyme or reason when it translated into the 3d graph but i realized a few minutes after my question was dumb asf