convert 0.00311m to nanometers
0.00311m X 10^9=3110000 um
^ thats correct. except for his units, they should read "nm" not "um".
haha thats right my bad
haha good job, regardless
\[1[\text{nm}]=10^{-9}[\text m]\quad\iff\quad10^{9}\frac{[\text{nm}]}{[\text m]}=1\] \[ 0.00311[\text m]\]\[=0.00311[\text m]\times1\]\[=0.00311[\text m]\times10^{9}\frac{[\text{nm}]}{[\text m]}\]\[=\left(0.00311\times10^9\right)\cancel{[\text m]}\frac{[\text{nm}]}{\cancel{[\text m]}}\]\[=0.00311\times10^9[\text{nm}]\]\[=3.11\times10^{-3}\times10^9[\text{nm}]\]\[=3.11\times10^6[\text{nm}]\]
Wow! Unkle, that is one fine formatted answer!
\[\color{teal}{\ddot\smile}\]
\[\Huge \stackrel{\rm Unkle}{ \bf is}{the}{ ~\\\LaTeX~\text{god!}}\]
@raeganbanks Hey, welcome. This question is one of the general reference ones which best fits in Mathematics. :-)
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\[\ddot\smile \]
\[\stackrel {\therefore}\smile\]
\[\stackrel{\vee }{\ddot \smile }\]
\[\ddot \omega\]
\[\stackrel{\Large \varpi}{\smile}\]
\[\color{cyan}{\langle\check{\color{gray}{\ddot \lor}}\rangle}\]
\[\boxed{\stackrel{\vee}{\ddot \smile }}\]
\[\boxed{\color{teal}{\langle\!\color{brown}{\langle}\check{\color{grey}{\ddot\lor}}\color{brown}{\rangle}\!\rangle}}\]
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