c.tex

\begin{matrix}
\text{cacute} & c \\
\text{Cacute} & C \\
\text{cap} & \cap \\
\text{Cap} & \Cap \\
\text{capand} & \\
\text{capbrcup} & \\
\text{capcap} & \\
\text{capcup} & \\
\text{capdot} & \\
\text{CapitalDifferentialD} & \mathbb{D} \\
\text{caps} & \operatorname{\cap\lbrack?\rbrack} \\
\text{caret} & \hat{} \\
\text{caron} & V \\
\text{Cayleys} & \mathfrak{C} \\
\text{ccaps} & \\
\text{ccaron} & c \\
\text{Ccaron} & C \\
\text{ccedil} & c \\
\text{Ccedil} & C \\
\text{ccirc} & c \\
\text{Ccirc} & C \\
\text{Cconint} & \\
\text{ccups} & \\
\text{ccupssm} & \\
\text{cdot} & c \\
\text{Cdot} & C \\
\text{cedil} & , \\
\text{Cedilla} & , \\
\text{cemptyv} & \\
\text{cent} & C/ \\
\text{centerdot} & \cdot \\
\text{CenterDot} & \cdot \\
\text{cfr} & \mathfrak{c} \\
\text{Cfr} & \mathfrak{C} \\
\text{chcy} & ch \\
\text{CHcy} & Ch \\
\text{check} & \\
\text{checkmark} & \\
\text{chi} & \chi \\
\text{cir} & \\
\text{circ} & \hat{} \\
\text{circeq} & \circeq \\
\text{circlearrowleft} & \circlearrowleft \\
\text{circlearrowright} & \circlearrowright \\
\text{circledast} & \circledast \\
\text{circledcirc} & \circledcirc \\
\text{circleddash} & \circleddash \\
\text{CircleDot} & \odot \\
\text{circledR} & (r) \\
\text{circledS} & \\
\text{CircleMinus} & \ominus \\
\text{CirclePlus} & \oplus \\
\text{CircleTimes} & \otimes \\
\text{cire} & \circeq \\
\text{cirE} & \\
\text{cirfnint} & \\
\text{cirmid} & \\
\text{cirscir} & \\
\text{ClockwiseContourIntegral} & \\
\text{CloseCurlyDoubleQuote} & " \\
\text{CloseCurlyQuote} & ' \\
\text{clubs} & \clubsuit \\
\text{clubsuit} & \clubsuit \\
\text{colon} & : \\
\text{Colon} & :: \\
\text{colone} & \\
\text{Colone} & ::= \\
\text{coloneq} & \\
\text{comma} & , \\
\text{commat} & @ \\
\text{comp} & \complement \\
\text{compfn} & \circ \\
\text{complement} & \complement \\
\text{complexes} & \mathbb{C} \\
\text{cong} & \cong \\
\text{congdot} & \\
\text{Congruent} & \equiv \\
\text{conint} & \oint \\
\text{Conint} & \\
\text{ContourIntegral} & \oint \\
\text{copf} & \mathbb{c} \\
\text{Copf} & \mathbb{C} \\
\text{coprod} & \coprod \\
\text{Coproduct} & \coprod \\
\text{copy} & (c) \\
\text{copysr} & \\
\text{CounterClockwiseContourIntegral} & \\
\text{cross} & \\
\text{Cross} & \times \\
\text{cscr} & \mathcal{c} \\
\text{Cscr} & \mathcal{C} \\
\text{csub} & \\
\text{csube} & \\
\text{csup} & \\
\text{csupe} & \\
\text{ctdot} & \cdots \\
\text{cudarrl} & \\
\text{cudarrr} & \\
\text{cuepr} & \curlyeqprec \\
\text{cuesc} & \curlyeqsucc \\
\text{cularr} & \curvearrowleft \\
\text{cularrp} & \\
\text{cup} & \cup \\
\text{Cup} & \Cup \\
\text{cupbrcap} & \\
\text{cupcap} & \\
\text{CupCap} & \asymp \\
\text{cupcup} & \\
\text{cupdot} & \\
\text{cupor} & \\
\text{cups} & \operatorname{\cup\lbrack?\rbrack} \\
\text{curarr} & \curvearrowright \\
\text{curarrm} & \\
\text{curlyeqprec} & \curlyeqprec \\
\text{curlyeqsucc} & \curlyeqsucc \\
\text{curlyvee} & \curlyvee \\
\text{curlywedge} & \curlywedge \\
\text{curren} & \$? \\
\text{curvearrowleft} & \curvearrowleft \\
\text{curvearrowright} & \curvearrowright \\
\text{cuvee} & \curlyvee \\
\text{cuwed} & \curlywedge \\
\text{cwconint} & \\
\text{cwint} & \\
\text{cylcty} & \\
\end{matrix}