general

will take all the noodles

inb4 she just sends what i gave her yesterday

but yeah

nah

real nudes

dm me your ramen, your spagetti, your linguini

quotient rule for derivatives

woah leg sending nudes too

hit me with them leg

But yeah

leg is right

it is 2x - y

for first derivative

wait

i forgot

its =9

its a circle

or rather a wierd oval

that doesn't affect it

so first is 2x-y / x-2y

no

it is 10000% that

ive tested this in desmos

literally me and leg have done this for years, you need to do the chain rule on the y derivative

you are definitely not telling us what the real question is

yeah

lol

given the curve x^2 - xy + y^2 = 9

i forgot the = 9

At the point (0,3) find the rate of change in the slope of the curve with respect to x

so double derivative

earlier i took single derivative

which was (2x-y)/(x-2y)

single derivative is 2x+y = 0

implicit differentiation

Which makes sense considering slope on a circle is a line

yes

my equation is same as wolfram alpha

walfram is wrong sometimes

but the equation works

I don't rememeber that

tested it in desmos with several points

so now i need to know the derivative of that

those are not sllopes of the tangent line btw

which now looking at it should be 2

nice adblock remove covering the steps pika

pika implicit differentiation means that y is implicitly a function of x

so the real question is x^2 - x*y(x) - y(x)^2 = 9

yes thats the real question

like i said i forgot the = 9

the 9 has nothing to do with why your question made no sense

y being a function of x completely changes the question

regardless

all i need

alright

is the double derivative of x^2-xy+y^2=9

I remebered how to do this

double derivative is 2 if y is independent of x

the single derivative is (2x-y)/(x-2y)

dy/dx = (y-2x)/(1+2y)

i can visually see that it is 2

on the graph

or x -2y

you were right all along, y is dependant on x leg

this is differential equations why are you doing this in high school

because they do not actually need to solve it

its ab calc

and yeah

i think

I had to do this too, it is not actually bad

and I never took any advanced shit

its not bad

im just confused as shit on taking the derivative of dy/dx = (y-2x)/(1+2y)

literally product rule, and chain rule, then rearange for dy/dx