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Mathematics 7 Online
OpenStudy (usukidoll):

draw a bifurcation diagram x' = x^3-x+lambda where lambda is a parameter.

OpenStudy (usukidoll):

I need the phase lines to draw a bifurcation diagram right?!

OpenStudy (usukidoll):

I swear I want to destroy this thing. -_- so what the heck do I need if I don't have to find equilibria, stability, and phase lines then -_-

OpenStudy (usukidoll):

@dan815 destroy this with me please ^_^

OpenStudy (usukidoll):

@perl any ideas?

OpenStudy (usukidoll):

let's destroy this cr**. XD Seriously, I showed this to my prof and he was like lol why do you need phase lines? r u effing kidding me? There was a tutorial that required the phase lines to draw the diagram omg

OpenStudy (dan815):

no u dont

OpenStudy (dan815):

u need the if u are a human

OpenStudy (dan815):

them

OpenStudy (usukidoll):

huh?!

OpenStudy (dan815):

with a computer u can numerically get all the plots

OpenStudy (usukidoll):

I'm a human, not a vocaloid XD.

OpenStudy (usukidoll):

yeah but let's say I need to do it manually incase an exam question has this.

OpenStudy (usukidoll):

sigh ... If I go his route..... taking the derivative of that I will have 3x^2-1 then I will have 3x^2-1=x^3-x+lambda which in turn becomes 3x^2-1-x^3+x=lambda -x^3+3x^2+x-1=lambda that doesn't tell much...mind you I was sick for a week, so I missed the entire lecture.

OpenStudy (usukidoll):

-x^2(x-3)+x-1 doesn't work through factor by grouping either. ugh

OpenStudy (usukidoll):

this sucks :/. difference equations are better.

OpenStudy (dan815):

if u wanna do this manually then

OpenStudy (dan815):

partial fractions

OpenStudy (usukidoll):

daphuc?

OpenStudy (dan815):

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