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Math Help - advanced calculus - uniform convergence

  1. #1
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    advanced calculus - uniform convergence

    problem - how to do you paste the functions/symbols on here from microsoft word 2007?
    Last edited by lsutigers; July 25th 2009 at 07:23 PM. Reason: cannot copy/paste problem - real problem not posted yet
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  2. #2
    Rhymes with Orange Chris L T521's Avatar
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    Quote Originally Posted by lsutigers View Post
    problem - how to do you paste the functions/symbols on here from microsoft word 2007?
    We use LaTeX here on the forums. If you can learn the basics of LaTeX, you could be able to post your question.

    See here for some tips and examples.
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  3. #3
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    First off; this thread is in the wrong section. I would like to ask a Mod to move it to the correct location.

    Quote Originally Posted by Chris L T521 View Post
    We use LaTeX here on the forums. If you can learn the basics of LaTeX, you could be able to post your question.

    See here for some tips and examples.
    Though it might seem like a lot to learn LaTex is pretty "simple" once you get into it. I would suggest learning what you need at the moment instead of trying to cram everything in all at once. Also it will pay off in the long run, since most math forums and sites have some sort of LaTex integration, and math just looks nicer (less room for confusion when read). Also if you ever write a paper you will almost certainly use it.
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  4. #4
    Grand Panjandrum
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    Quote Originally Posted by lsutigers View Post
    problem - how to do you paste the functions/symbols on here from microsoft word 2007?
    The following LaTeX code:

    [tex]f(x)=\int_0^{\infty} \frac{\cos^2(xt)}{1+x^2+t^2 }\; dt[/tex]

    produces:

    f(x)=\int_0^{\infty} \frac{\cos^2(xt)}{1+x^2+t^2 }\; dt

    which as far as I can tell was what you originally tried to post

    CB
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    Quote Originally Posted by CaptainBlack View Post
    The following LaTeX code:

    [tex]f(x)=\int_0^{\infty} \frac{\cos^2(xt)}{1+x^2+t^2 }\; dt[/tex]

    produces:

    f(x)=\int_0^{\infty} \frac{\cos^2(xt)}{1+x^2+t^2 }\; dt

    which as far as I can tell was what you originally tried to post

    CB

    how did you get that problem? that's the exact problem i saw on a paper
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  6. #6
    Grand Panjandrum
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    Quote Originally Posted by lsutigers View Post
    how did you get that problem? that's the exact problem i saw on a paper
    I copied it from your original deleted post, and edited it so it would render as LaTeX.

    CB
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  7. #7
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    Quote Originally Posted by CaptainBlack View Post
    I copied it from your original deleted post, and edited it so it would render as LaTeX.

    CB
    oh cool, thanks
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