could someone teach me the steps of curve tracing? calculus-wise.. Please do not give copy-paste answers. I don't need technical terms to hurt my mind lol. I appreciate own words :DDD Note: This is not a riddle :P
would be appreciated if you state it differential calculus-wise..
Okay, give us an example equation @lgbasallote , so that we can explain that to you.
hmmm well im just reviewing so i dont know any spcific questions.... but i guess i can spout some random variables.... \(\mathsf{x^5 + 3x^4 + 5x^3 - 2x^2 - x + 6}\)
You are to plot this equation?
What's curve tracing?
hmm curve sketching...
\(\LARGE \mathtt{\text{can you do it ishaan bhaiya??}}\)
I can plot quadratic, and some defined functions but this, THIS! is beyond me :(
oh...okay...
like i said...i spouted random variables....is it impossible?
wait... we can differentiate the equation get the inflection points?
i guess just a cubic function like \(\mathtt{ 7x^3 + 3x^2 - 2x + 1}\)
what about in just a cubic function? how to graph it calculus-wise? i think it's more possible
well, for cubic differentiate it then find the stationary points then the point of inflexion..
To determine the nature find the second derivative.
and stationary points are....?
stationary points are the maximum and minimum.
like when the points are constant.
it's taking the first derivative and finding the value of x right?
and inflection point is second derivative?
yeah x and y then to determine the nature you find the second derivative and sub the x and y values in. Then the second derivative is show ifs its a max or min,
i don't think your drawing is write its to the fifth degree..not quartic.
right*
second derivative determines maximum and minimum via max -> negative; minimum -> positive..do i have it right?
yeah i guess so..
wait
yes?
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