Join the QuestionCove community and study together with friends!
Sign Up
OpenStudy (mini):
0/0
OpenStudy (mini):
0*inf
OpenStudy (mini):
uh 0 - inf
OpenStudy (anonymous):
the limit must exist
OpenStudy (anonymous):
As Mini was saying, it cannot be an indeterminate form.
Still Need Help?
Join the QuestionCove community and study together with friends!
Sign Up
OpenStudy (mini):
0/0 is the easiest one to see, then u can just do it on top and bottom, but dont confuse it with the quotient rule! thatll suck!
OpenStudy (anonymous):
er Scratch what I said last:
\lim_{x\to c}{f(x)} = \lim_{x\to c}g(x) = 0
or
\lim_{x\to c}{f(x)} = \pm\lim_{x\to c}{g(x)} = \pm\infty.
And suppose that
\lim_{x\to c}{\frac{f'(x)}{g'(x)}} = L.
Then
\lim_{x\to c}{\frac{f(x)}{g(x)}}=L.
OpenStudy (mini):
thats so confusing to try to read on this
OpenStudy (mini):
qriy just post the equation it might be easier
OpenStudy (anonymous):
Does Limit of (x-4)/(x+4)^2 with x->-4 fit the criteria for L'Hopital?
Still Need Help?
Join the QuestionCove community and study together with friends!
Sign Up
OpenStudy (anonymous):
Some of the situations that call for Lhopital\[\infty/ \infty\]\[\infty-\infty\]\[1^{\infty}\]\[\infty ^{0}\]\[0^{\infty}\]\[0\infty\]