anonymous
  • anonymous
Evaluate the following limits. If needed, enter INF for \infty and MINF for -\infty. (a) \lim_{ x \rightarrow \infty } \frac {10 x + 9 }{ 11 x^2- 3 x + 4 } (b) \lim_{ x \rightarrow -\infty } \frac {10 x + 9 }{ 11 x^2- 3 x + 4 }
Mathematics
  • Stacey Warren - Expert brainly.com
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SOLVED
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schrodinger
  • schrodinger
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slaaibak
  • slaaibak
Is it just me, or is the latex not working?
Zarkon
  • Zarkon
\[x^2\] working for me
Shayaan_Mustafa
  • Shayaan_Mustafa
latex is not workin @rukh

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More answers

slaaibak
  • slaaibak
I mean rukh's post. Zarkon, yours is working for me.
anonymous
  • anonymous
its been like this for a while now
Zarkon
  • Zarkon
(a) \[\lim_{ x \rightarrow \infty } \frac {10 x + 9 }{ 11 x^2- 3 x + 4 }\] (b) \[\lim_{ x \rightarrow -\infty } \frac {10 x + 9 }{ 11 x^2- 3 x + 4 }\]
anonymous
  • anonymous
start with "\[" end with "\]"
anonymous
  • anonymous
@Zarkon thanks
anonymous
  • anonymous
\[\lim_{ x \rightarrow \infty } \frac {10 x + 9 }{ 11 x^2- 3 x + 4 }\]
anonymous
  • anonymous
oops what zarkon said
anonymous
  • anonymous
you have to start the latex with \[
anonymous
  • anonymous
and end with \]
anonymous
  • anonymous
then it should work
Zarkon
  • Zarkon
or \(
Zarkon
  • Zarkon
and \)
anonymous
  • anonymous
really?
anonymous
  • anonymous
\(\sum\)
anonymous
  • anonymous
who knew?
Zarkon
  • Zarkon
yes...to do inline stuff if \(x^2\) is greater than \(x^3\)...
Zarkon
  • Zarkon
doesn't put it on a new line
anonymous
  • anonymous
i think the answer might be 0
anonymous
  • anonymous
what on earth? if \(x^2\) is greater than \(x^3\)
Zarkon
  • Zarkon
it is
anonymous
  • anonymous
sorry yes, the answer is zero to both since degree of numerator is smaller than degree of denominator
anonymous
  • anonymous
thanks :)
anonymous
  • anonymous
i learn something new every day does require that extra "shift" though
anonymous
  • anonymous
Zarkon
  • Zarkon
if you are doing inline latex you can also do the following ...since inline doesn't look as good at not inline \(\sum_{n=1}^{\infty}a_n\) vs \(\displaystyle\sum_{n=1}^{\infty}a_n\) \sum_{n=1}^{\infty}a_n vs \displaystyle\sum_{n=1}^{\infty}a_n
anonymous
  • anonymous
i will definitely use it because there are times when it is annoying to have to start a new line
anonymous
  • anonymous
i noticed that with actual latex documents using $ instead of \(
Zarkon
  • Zarkon
yes...same thing also $$ for \[
anonymous
  • anonymous
can you use \( instead of $ in a document?
Zarkon
  • Zarkon
yes
anonymous
  • anonymous
anonymous
  • anonymous
i think i remember reading that $ was actually a hack and the preferred method is \[ but i could be wrong
Zarkon
  • Zarkon
$ is for \( $$ is for \[
anonymous
  • anonymous
ah i see. all this time i have been using $ and \[ but never the other two thanks!
Zarkon
  • Zarkon
I used $ for years...just started to use \( full time now
anonymous
  • anonymous
more key strokes
Zarkon
  • Zarkon
np :)
Zarkon
  • Zarkon
I think it looks nicer though ;)
anonymous
  • anonymous
i think i will post this in latex practicing

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