Greek letters
$\alpha$ `\alpha`	$\beta$ `\beta`	$\gamma$ `\gamma`	$\delta$ `\delta`
$\epsilon$ `\epsilon`	$\zeta$ `\zeta`	$\eta$ `\eta`	$\theta$ `\theta`
$\iota$ `\iota`	$\kappa$ `\kappa`	$\lambda$ `\lambda`	$\mu$ `\mu`
$\nu$ `\nu`	$\xi$ `\xi`	$o$ `o`	$\pi$ `\pi`
$\rho$ `\rho`	$\sigma$ `\sigma`	$\tau$ `\tau`	$\upsilon$ `\upsilon`
$\phi$ `\phi`	$\chi$ `\chi`	$\psi$ `\psi`	$\omega$ `\omega`

$\varepsilon$ `\varepsilon`	$\vartheta$ `\vartheta`	$\varkappa$ `\varkappa`
$\varpi$ `\varpi`	$\varrho$ `\varrho`	$\varsigma$ `\varsigma`
$\varphi$ `\varphi`
$\Gamma$ `\Gamma`	$\Delta$ `\Delta`	$\Theta$ `\Theta`
$\Lambda$ `\Lambda`	$\Xi$ `\Xi`	$\Pi$ `\Pi`
$\Sigma$ `\Sigma`	$\Upsilon$ `\Upsilon`	$\Phi$ `\Phi`
$\Psi$ `\Psi`	$\Omega$ `\Omega`
$\varGamma $ `\varGamma`	$\varDelta $ `\varDelta`	$\varLambda $ `\varLambda`
$\varOmega $ `\varOmega`	$\varPi $ `\varPi`	$\varPhi $ `\varPhi`
$\varPsi $ `\varPsi`	$\varSigma $ `\varSigma`	$\varTheta $ `\varTheta`
$\varUpsilon $ `\varUpsilon`	$\varXi $ `\varXi`	$\digamma $ `\digamma`

Try and use it
Latex input edit this column	Latex output see output here
$\alpha_i$

Hebrew letters
$\aleph$ `\aleph`	$\beth$ `\beth`	$\gimel$ `\gimel`	$\daleth$ `\daleth`

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Latex input edit this column	Latex output see output here
$\gimel$

Binary Operation Symbols
$+$ `+`	$\cap$ `\cap`	$\diamond$ `\diamond`
$-$ `-`	$\cup$ `\cup`	$\bigtriangleup$ `\bigtriangleup`
$\pm$ `\pm`	$\uplus$ `\uplus`	$\bigtriangledown$ `\bigtriangledown`
$\mp$ `\mp`	$\sqcap$ `\sqcap`	$\triangleleft$ `\triangleleft`
$\times$ `\times`	$\sqcup$ `\sqcup`	$\triangleright$ `\triangleright`
$\div$ `\div`	$\vee$ `\vee`	$\lhd$ `\lhd`
$\oplus$ `\oplus`	$\wedge$ `\wedge`	$\rhd$ `\rhd`
$\ominus$ `\ominus`	$\setminus$ `\setminus`	$\unlhd$ `\unlhd`
$\otimes$ `\otimes`	$\wr$ `\wr`	$\unrhd$ `\unrhd`
$\oslash$ `\oslash`	$\circ$ `\circ`	$\ast$ `\ast`
$\odot$ `\odot`	$\bigcirc$ `\bigcirc`	$\star$ `\star`
$\cdot$ `\cdot`	$\bullet$ `\bullet`	$\amalg$ `\amalg`
$\dagger$ `\dagger`	$\ddagger$ `\ddagger`

AMS Binary Operation Symbols
$\dotplus$ `\dotplus`	$\smallsetminus$ `\smallsetminus`
$\barwedge$ `\barwedge`	$\veebar$ `\veebar`
$\boxtimes$ `\boxtimes`	$\boxdot$ `\boxdot`
$\ltimes$ `\ltimes`	$\rtimes$ `\rtimes`
$\curlywedge$ `\curlywedge`	$\curlyvee$ `\curlyvee`
$\circledcirc$ `\circledcirc`	$\centerdot$ `\centerdot`
$\Cap$ `\Cap`	$\Cup$ `\Cup`
$\doublebarwedge$ `\doublebarwedge`	$\boxminus$ `\boxminus`
$\boxplus$ `\boxplus`	$\divideontimes$ `\divideontimes`
$\leftthreetimes$ `\leftthreetimes`	$\rightthreetimes$ `\rightthreetimes`
$\circleddash$ `\circleddash`	$\circledast$ `\circledast`
$\intercal$ `\intercal`

Try and use it
Latex input edit this column	Latex output see output here
$x \otimes y$
$A \cup B$

RIGHT CELL Right col

Binary Relations
$\leq$ `\leq`	$\geq$ `\geq`	$\equiv$ `\equiv`
$\prec$ `\prec`	$\succ$ `\succ`	$\sim$ `\sim`
$\preceq$ `\preceq`	$\succeq$ `\succeq`	$\simeq$ `\simeq`
$\ll$ `\ll`	$\gg$ `\gg`	$\asymp$ `\asymp`
$\subset$ `\subset`	$\supset$ `\supset`	$\approx$ `\approx`
$\subseteq$ `\subseteq`	$\supseteq$ `\supseteq`	$\cong$ `\cong`
$\sqsubset$ `\sqsubset`	$\sqsupset$ `\sqsupset`	$\neq$ `\neq`
$\sqsubseteq$ `\sqsubseteq`	$\sqsupseteq$ `\sqsupseteq`	$\doteq$ `\doteq`
$\in$ `\in`	$\ni$ `\ni`	$\propto$ `\propto`
$\vdash$ `\vdash`	$\dashv$ `\dashv`	$\perp$ `\perp`
$<$ `<`	$>$ `>`	$\mid$ `\mid`
$\Join$ `\Join`	$\models$ `\models`	$\parallel$ `\parallel`
$\bowtie$ `\bowtie`	$\smile$ `\smile`	$\frown$ `\frown`
$<$ `<`	$>$ `>`	$:$ `:`
$=$ `=`	$;$ `;`

AMS Binary Relations
$\leqq$ `\leqq`	$\leqslant$ `\leqslant`
$\lessapprox$ `\lessapprox`	$\approxeq$ `\approxeq`
$\lessgtr$ `\lessgtr`	$\lesseqgtr$ `\lesseqgtr`
$\risingdotseq$ `\risingdotseq`	$\fallingdotseq$ `\fallingdotseq`
$\subseteqq$ `\subseteqq`	$\Subset$ `\Subset`
$\curlyeqprec$ `\curlyeqprec`	$\precsim$ `\precsim`
$\trianglelefteq$ `\trianglelefteq`	$\vDash$ `\vDash`
$\smallfrown$ `\smallfrown`	$\bumpeq$ `\bumpeq`
$\geqslant$ `\geqslant`	$\eqslantgtr$ `\eqslantgtr`
$\gtrdot$ `\gtrdot`	$\ggg$ `\ggg`
$\gtreqqless$ `\gtreqqless`	$\eqcirc$ `\eqcirc`
$\thicksim$ `\thicksim`	$\thickapprox$ `\thickapprox`
$\sqsupset$ `\sqsupset`	$\succcurlyeq$ `\succcurlyeq`
$\succapprox$ `\succapprox`	$\vartriangleright$ `\vartriangleright`
$\shortmid$ `\shortmid`	$\shortparallel$ `\shortparallel`
$\varpropto$ `\varpropto`	$\blacktriangleleft$ `\blacktriangleleft`
$\blacktriangleright$ `\blacktriangleright`	$\because$ `\because`
$\eqslantless$ `\eqslantless`	$\lesssim$ `\lesssim`
$\lessdot$ `\lessdot`	$\lll$ `\lll`
$\lesseqqgtr$ `\lesseqqgtr`	$\doteqdot$ `\doteqdot`
$\backsim$ `\backsim`	$\backsimeq$ `\backsimeq`
$\sqsubset$ `\sqsubset`	$\preccurlyeq$ `\preccurlyeq`
$\precapprox$ `\precapprox`	$\vartriangleleft$ `\vartriangleleft`
$\Vvdash$ `\Vvdash`	$\smallsmile$ `\smallsmile`
$\Bumpeq$ `\Bumpeq`	$\geqq$ `\geqq`
$\gtrsim$ `\gtrsim`	$\gtrapprox$ `\gtrapprox`
$\gtrless$ `\gtrless`	$\gtreqless$ `\gtreqless`
$\circeq$ `\circeq`	$\triangleq$ `\triangleq`
$\supseteqq$ `\supseteqq`	$\Supset$ `\Supset`
$\curlyeqsucc$ `\curlyeqsucc`	$\succsim$ `\succsim`
$\trianglerighteq$ `\trianglerighteq`	$\Vdash$ `\Vdash`
$\between$ `\between`	$\pitchfork$ `\pitchfork`
$\therefore$ `\therefore`	$\backepsilon$ `\backepsilon`

AMS Negated Binary Relations
$\nless$ `\nless`	$\nleq$ `\nleq`
$\lneq$ `\lneq`	$\lneqq$ `\lneqq`
$\lnapprox$ `\lnapprox`	$\nprec$ `\nprec`
$\precnapprox$ `\precnapprox`	$\nsim$ `\nsim`
$\nvdash$ `\nvdash`	$\nvDash$ `\nvDash`
$\nsubseteq$ `\nsubseteq`	$\subsetneq$ `\subsetneq`
$\varsubsetneqq$ `\varsubsetneqq`	$\ngtr$ `\ngtr`
$\ngeqq$ `\ngeqq`	$\gneq$ `\gneq`
$\gnsim$ `\gnsim`	$\gnapprox$ `\gnapprox`
$\nsucceq$ `\nsucceq`	$\succnsim$ `\succnsim`
$\nshortparallel$ `\nshortparallel`	$\nparallel$ `\nparallel`
$\ntriangleright$ `\ntriangleright`	$\ntrianglerighteq$ `\ntrianglerighteq`
$\supsetneq$ `\supsetneq`	$\varsupsetneq$ `\varsupsetneq`
$\nleqslant$ `\nleqslant`	$\nleqq$ `\nleqq`
$\lvertneqq$ `\lvertneqq`	$\lnsim$ `\lnsim`
$\npreceq$ `\npreceq`	$\precnsim$ `\precnsim`
$\nshortmid$ `\nshortmid`	$\nmid$ `\nmid`
$\ntriangleleft$ `\ntriangleleft`	$\ntrianglelefteq$ `\ntrianglelefteq`
$\varsubsetneq$ `\varsubsetneq`	$\subsetneqq$ `\subsetneqq`
$\ngeq$ `\ngeq`	$\ngeqslant$ `\ngeqslant`
$\gneqq$ `\gneqq`	$\gvertneqq$ `\gvertneqq`
$\nsucc$ `\nsucc`	$\nsucceq$ `\nsucceq`
$\succnapprox$ `\succnapprox`	$\ncong$ `\ncong`
$\nvDash$ `\nvDash`	$\nVDash$ `\nVDash`
$\nsupseteq$ `\nsupseteq`	$\nsupseteqq$ `\nsupseteqq`
$\supsetneqq$ `\supsetneqq`	$\varsupsetneqq$ `\varsupsetneqq`

Try and use it
Latex input edit this column	Latex output see output here
$x \leq y$
$E \subseteq F$

RIGHT CELL Right col

Arrows
$\rightarrow$ `\rightarrow`	$\longrightarrow$ `\longrightarrow`
$\leftarrow$ `\leftarrow`	$\longleftarrow$ `\longleftarrow`
$\Leftarrow$ `\Leftarrow`	$\Longleftarrow$ `\Longleftarrow`
$\Rightarrow$ `\Rightarrow`	$\Longrightarrow$ `\Longrightarrow`
$\leftrightarrow$ `\leftrightarrow`	$\longleftrightarrow$ `\longleftrightarrow`
$\Leftrightarrow$ `\Leftrightarrow`	$\Longleftrightarrow$ `\Longleftrightarrow`
$\mapsto$ `\mapsto`	$\longmapsto$ `\longmapsto`
$\hookleftarrow$ `\hookleftarrow`	$\hookrightarrow$ `\hookrightarrow`
$\leftharpoonup$ `\leftharpoonup`	$\rightharpoonup$ `\rightharpoonup`
$\leftharpoondown$ `\leftharpoondown`	$\rightharpoondown$ `\rightharpoondown`
$\rightleftharpoons$ `\rightleftharpoons`	$\leadsto$ `\leadsto`
$\uparrow$ `\uparrow`	$\nearrow$ `\nearrow`
$\downarrow$ `\downarrow`	$\searrow$ `\searrow`
$\Uparrow$ `\Uparrow`	$\swarrow$ `\swarrow`
$\Downarrow$ `\Downarrow`	$\nwarrow$ `\nwarrow`
$\updownarrow$ `\updownarrow`

AMS Arrows
$\dashrightarrow$ `\dashrightarrow`	$\dashleftarrow$ `\dashleftarrow`
$\Lleftarrow$ `\Lleftarrow`	$\leftleftarrows$ `\leftleftarrows`
$\leftrightharpoons$ `\leftrightharpoons`	$\twoheadleftarrow$ `\twoheadleftarrow`
$\upuparrows$ `\upuparrows`	$\leftarrowtail$ `\leftarrowtail`
$\leftrightsquigarrow$ `\leftrightsquigarrow`	$\curvearrowleft$ `\curvearrowleft`
$\rightleftarrows$ `\rightleftarrows`	$\circlearrowleft$ `\circlearrowleft`
$\rightleftharpoons$ `\rightleftharpoons`	$\upharpoonleft$ `\upharpoonleft`
$\downdownarrows$ `\downdownarrows`	$\downharpoonleft$ `\downharpoonleft`
$\leftrightarrows$ `\leftrightarrows`	$\rightrightarrows$ `\rightrightarrows`
$\looparrowleft$ `\looparrowleft`	$\rightleftarrows$ `\rightleftarrows`
$\Lsh$ `\Lsh`	$\twoheadrightarrow$ `\twoheadrightarrow`
$\multimap$ `\multimap`	$\rightarrowtail$ `\rightarrowtail`
$\rightrightarrows$ `\rightrightarrows`	$\curvearrowright$ `\curvearrowright`
$\looparrowright$ `\looparrowright`	$\circlearrowright$ `\circlearrowright`
$\Rsh$ `\Rsh`	$\upharpoonright$ `\upharpoonright`
$\rightsquigarrow$ `\rightsquigarrow`	$\downharpoonright$ `\downharpoonright`

AMS Negated Arrows
$\nleftarrow$ `\nleftarrow`	$\nrightarrow$ `\nrightarrow`
$\nleftrightarrow$ `\nleftrightarrow`	$\nLeftrightarrow$ `\nLeftrightarrow`
$\nLeftarrow$ `\nLeftarrow`	$\nRightarrow$ `\nRightarrow`

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Latex input edit this column	Latex output see output here
$f:X \longrightarrow Y$
$x \mapsto f(x)$

RIGHT CELL Right col

Delimiters
$($ `(`	$)$ `)`	$\lmoustache$ `\lmoustache`
$[$ `[`	$]$ `]`	$\rmoustache$ `\rmoustache`
$\{$ `\{`	$\}$ `\}`	$\arrowvert$ `\arrowvert`
$\lfloor$ `\lfloor`	$\rfloor$ `\rfloor`	$\backslash$ `\backslash`
$\langle$ `\langle`	$\rangle$ `\rangle`	$/$ `/`
$\lgroup$ `\lgroup`	$\|$ `\|`	$\\|$ `\\|`
$\rgroup$ `\rgroup`	$\lceil$ `\lceil`	$\rceil$ `\rceil`

AMS Delimiters
$\ulcorner$ `\ulcorner`	$\urcorner$ `\urcorner`
$\llcorner$ `\llcorner`	$\lrcorner$ `\lrcorner`

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Latex input edit this column	Latex output see output here
$\\|x +y\\| \leq \\|x\\|+\\|y\\|$
$\{x \in B\| x < 800 \}$

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Accents
$\hat{a}$ `\hat{a}`	$\acute{a}$ `\acute{a}`	$\bar{a}$ `\bar{a}`
$\check{a}$ `\check{a}`	$\grave{a}$ `\grave{a}`	$\vec{a}$ `\vec{a}`
$\breve{a}$ `\breve{a}`	$\tilde{a}$ `\tilde{a}`	$\dot{a}$ `\dot{a}`
$\ddot{a}$ `\ddot{a}`

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Log-like Symbols
$\cos$ `\cos`	$\arccos$ `\arccos`	$\ker$ `\ker`
$\sin$ `\sin`	$\arcsin$ `\arcsin`	$\det$ `\det`
$\tan$ `\tan`	$\arctan$ `\arctan`	$\lim$ `\lim`
$\sec$ `\sec`	$\csc$ `\csc`	$\cot$ `\cot`
$\cosh$ `\cosh`	$\sinh$ `\sinh`	$\min$ `\min`
$\tanh$ `\tanh`	$\coth$ `\coth`	$\max$ `\max`
$\inf$ `\inf`	$\liminf$ `\liminf`	$\exp$ `\exp`
$\sup$ `\sup`	$\limsup$ `\limsup`	$\ln$ `\ln`
$\dim$ `\dim`	$\gcd$ `\gcd`	$\log$ `\log`
$\hom$ `\hom`	$\deg$ `\deg`	$\lg$ `\lg`
$\arg$ `\arg`	$\Pr$ `\Pr`

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Latex input edit this column	Latex output see output here
$\lim_{x \rightarrow \infty}f(x)$
$\exp (\ln x)=x$

RIGHT CELL Right col

Variable Sized Symbols
$\sum$ `\sum`	$\bigcap$ `\bigcap`	$\bigodot$ `\bigodot`
$\prod$ `\prod`	$\bigcup$ `\bigcup`	$\bigotimes$ `\bigotimes`
$\coprod$ `\coprod`	$\bigsqcup$ `\bigsqcup`	$\bigoplus$ `\bigoplus`
$\int$ `\int`	$\bigvee$ `\bigvee`	$\biguplus$ `\biguplus`
$\oint$ `\oint`	$\bigwedge$ `\bigwedge`

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Latex input edit this column	Latex output see output here
$\sum_{n=1}^N x_n$
$\int_a^b f(x) dx$

RIGHT CELL Right col

Miscellaneous Symbols
$\ldots$ `\ldots`	$\cdots$ `\cdots`	$\vdots$ `\vdots`
$\aleph$ `\aleph`	$\prime$ `\prime`	$\forall$ `\forall`
$\hbar$ `\hbar`	$\emptyset$ `\emptyset`	$\exists$ `\exists`
$\imath$ `\imath`	$\nabla$ `\nabla`	$\neg$ `\neg`
$\jmath$ `\jmath`	$\surd$ `\surd`	$\flat$ `\flat`
$\ell$ `\ell`	$\top$ `\top`	$\natural$ `\natural`
$\infty$ `\infty`	$\bot$ `\bot`	$\sharp$ `\sharp`
$\Re$ `\Re`	$\\|$ `\\|`	$\backslash$ `\backslash`
$\Im$ `\Im`	$\angle$ `\angle`	$\partial$ `\partial`
$\mho$ `\mho`	$\Diamond$ `\Diamond`	$\|$ `\|`
$\ddots$ `\ddots`	$\triangle$ `\triangle`	$\heartsuit$ `\heartsuit`
$\infty$ `\infty`	$\clubsuit$ `\clubsuit`	$\spadesuit$ `\spadesuit`
$\Box$ `\Box`	$\diamondsuit$ `\diamondsuit`

AMS Miscellaneous Symbols
$\hbar$ `\hbar`	$\hslash$ `\hslash`
$\square$ `\square`	$\lozenge$ `\lozenge`
$\measuredangle$ `\measuredangle`	$\nexists$ `\nexists`
$\Game$ `\Game`	$\Bbbk$ `\Bbbk`
$\blacktriangle$ `\blacktriangle`	$\blacktriangledown$ `\blacktriangledown`
$\bigstar$ `\bigstar`	$\sphericalangle$ `\sphericalangle`
$\diagup$ `\diagup`	$\diagdown$ `\diagdown`
$\vartriangle$ `\vartriangle`	$\triangledown$ `\triangledown`
$\circledS$ `\circledS`	$\angle$ `\angle`
$\mho$ `\mho`	$\Finv$ `\Finv`
$\backprime$ `\backprime`	$\varnothing$ `\varnothing`
$\blacksquare$ `\blacksquare`	$\blacklozenge$ `\blacklozenge`
$\complement$ `\complement`	$\eth$ `\eth`

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Latex input edit this column	Latex output see output here
$x_1, \cdots, x_n$
$\ell^p$

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Other Constructs
$\widetilde{abc}$ `\widetilde{abc}`	$\widehat{abc}$ `\widehat{abc}`
$\overleftarrow{abc}$ `\overleftarrow{abc}`	$\overrightarrow{abc}$ `\overrightarrow{abc}`
$\overline{abc}$ `\overline{abc}`	$\underline{abc}$ `\underline{abc}`
$\overbrace{abc}$ `\overbrace{abc}`	$\underbrace{abc}$ `\underbrace{abc}`
$\sqrt{abc}$ `\sqrt{abc}`	$\sqrt[n]{abc}$ `\sqrt[n]{abc}`
$\frac{abc}{xyz}$ `\frac{abc}{xyz}`	$f'$ `f'`

Try and use it
Latex input edit this column	Latex output see output here
$x=\frac{-b \pm \sqrt{b^2 - 4ac}}{2a}$

RIGHT CELL Right col

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