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\begin{align}\label{eq:deriv}
\frac{d \hspace{0.1cm}ln(y)}{dx} =
\end{align}
\usepackage{amsmath}
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\eqref{eq:deriv}
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\begin{align}\label{eq:deriv}
\frac{d \hspace{0.1cm}ln(y)}{dx} =
\end{align}
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\eqref{eq:deriv}
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\frac{\mathrm{d}\ln(y)}{\mathrm{d}x}
Stefan_K wrote:I suggest using math operators such as \ln and upright roman font the the d:
StefanCode: Select all
\frac{\mathrm{d}\ln(y)}{\mathrm{d}x}
The one in my example, yes. This space is intended by LaTeX for math operators, we get it automatically.latexhelp1 wrote:Would you recommend the space between the d and ln(y)?
It works for me. What's your problem with that? Do you have code to show that it doesn't work?latexhelp1 wrote:Also, how can I hyperreference the equation such that it appears in the text with parentheses? As I mentioned in my earlier note, I am not able to do that.
Stefan_K wrote:The one in my example, yes. This space is intended by LaTeX for math operators, we get it automatically.latexhelp1 wrote:Would you recommend the space between the d and ln(y)?
It works for me. What's your problem with that? Do you have code to show that it doesn't work?latexhelp1 wrote:Also, how can I hyperreference the equation such that it appears in the text with parentheses? As I mentioned in my earlier note, I am not able to do that.
Stefan
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\abovedisplayskip=4pt plus .01pt minus2pt
\belowdisplayskip\abovedisplayskip
\abovedisplayshortskip=-2pt plus .01pt
\belowdisplayshortskip=2pt plus .01pt
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