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OpenStudy (anonymous):
Identify the coordinates of any local extreme values of the function f(x) and classify each as either a local maximum or minimum.
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OpenStudy (anonymous):
\[\huge f(x)= e^{x ^{2}}\]
OpenStudy (anonymous):
\[f(x)= (2x)ex^2\]
OpenStudy (koikkara):
@AravindG @amistre64 ....might help u better than i do....
OpenStudy (aravindg):
Use 2nd derivative test.
OpenStudy (anonymous):
How do i find the variables ?
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OpenStudy (aravindg):
first equate f'(x) to 0 .Then find the critical points
OpenStudy (anonymous):
|dw:1371009397272:dw|
OpenStudy (anonymous):
How i can rearrange in such a way that i can find the CP
OpenStudy (anonymous):
just - infinity?
OpenStudy (dan815):
no its at 0
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OpenStudy (dan815):
and only 0
OpenStudy (anonymous):
how would i solve for y then?
OpenStudy (anonymous):
just sub o ?
OpenStudy (dan815):
cuz its 2x*e^x2
OpenStudy (dan815):
u know itll be 0 when the term u multiply by = 0
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OpenStudy (dan815):
now u just need to check when e^x^2 will be zero, and see if that works too but it doesnt
OpenStudy (dan815):
because e^x^2 cannot have a negative exponent, and e^-inf = 0 so its not possible to have a - inf
OpenStudy (dan815):
only imaginary solution
OpenStudy (dan815):
|dw:1371010525019:dw|
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