| LaTeX Code | Example | Output | Description |
| \times | \$ a \times b \$ | $ a \times b $ | For multiplication symbol |
| \div | \$ a \div b \$ | $ a \div b $ | For division symbol |
| \lt , \gt | \$ a \lt b \gt c \$ | $ a \lt b \gt c $ | For less than/greater than |
| \leq , \geq | \$ a \leq b \geq c \$ | $ a \leq b \geq c $ | For less/greater than or equal to |
| a^n , a^{pq} | \$ a^2 + b^2 \$ | $ a^2 + b^2 $ | For super script or to the power of |
| \$ a^{-2} +b^{-3} \$ | $ a^{-2} +b^{-3}$ | For super script with more than one term | |
| a_n | \$ a_1 + b_x =c_z \$ | $ a_1 + b_x =c_z $ | For subscripts |
| \$ H_2O + CH_3 \$ | $ H_2O + CH_3 $ | For chemical equations | |
| \$ ^nC_r \$ or \$ ^{n}C_r \$ | $ ^{n}C_r $ | For permutations and combinations | |
| \cfrac {a} {b} \frac {a} {b} |
\$ \cfrac{3}{5} , \frac{3}{5} \$ | $ \cfrac{3}{5} , \frac{3}{5} $ | For fractions and divisions |
| \$ \cfrac {a^2 + b^2} {c^2} \$ | $ \cfrac {a^2 + b^2} {c^2} $ | Use \cfrac for division in normal sizes | |
| \$ \frac {a^2 + b^2} {c^2} \$ | $ \frac {a^2 + b^2} {c^2} $ | Use \frac for division with diminishing sizes | |
| \tiny | \$ \tiny a^2 + b^2) \$ | $\tiny a^2 + b^2 $ | For tiny size |
| \small | \$ \small a^2 + b^2 \$ | $\small a^2 + b^2 $ | For small size |
| \large | \$ \large a^2 + b^2 \$ | $ \large a^2 + b^2 $ | To increase the size of a fraction or equation |
| \Large | \$ \Large a^2 + b^2 \$ | $\Large a^2 + b^2 $ | To increase the size extra large |
| \huge | \$ \huge a^2 + b^2 \$ | $\huge a^2 + b^2 $ | To increase the size further |
| \Huge | \$ \Huge a^2 + b^2 \$ | $\Huge a^2 + b^2 $ | To increase extra huge |
| \normalsize | \$ \normalsize (a+b) \$ | $\normalsize (a+b) $ | For getting back to normal size |
| \bf | \$ \bf a^2 + b^2 = c^2 \$ | $ \bf a^2 + b^2 = c^2 $ | To bold the text |
| \it | \$ \it Scientific \ Names \$ | $ \it Scientific \ Names $ | To italicisze the text |
| \underline{abc} | \$ \underline a, \underline{abc} \$ | $ \underline a \ \ \underline{abc} $ | To give an underline |
| \overline{abc} | \$ \overline{abc}, \overline a \$ | $ \overline{abc} \ \ \overline a $ | line above text |
| \sqrt {n} | \$ \sqrt {25} \$ | $\sqrt {25} $ | For Square roots |
| \sqrt[n]{a} | \$ \sqrt[3]{a^2 + b^3} \$ | $\sqrt[3]{a^2 + b^3}$ | For nth root, cube root here |
| \therefore | \$ \therefore a+b=c \$ | $\therefore a+b =c$ | Therefore symbol |
| \because | \$ \because b^2 =2 \$ | $\because b^2 =2$ | Because or Since symbol |
| \circ | \$ 45^\circ C \$ | $45^\circ C$ | For degree symbol |
| \angle | \$ \angle 45 \$ | $\angle 45$ | To show angle |
| \bullet | \$ \bullet \$ Text1 \$ \bullet \$ Text2 |
$ \bullet $ Text1 $ \bullet $ Text2 |
To show bullet points |
| \measuredangle | \$ \measuredangle 45^\circ C \$ | $\measuredangle 45^\circ C$ | To show angle measure |
| \, \: \; or \ | \$ a \: + \; b \; = \; c \$ | $ a \; + \; b \; = \; c $ | For an extra space within equation : low (\,) medium (\:) high (\;) normal (\) |
| \$ add \ text \ with \ spaces \$ | $ add \ text \ with \ spaces $ | If text with multiple words needed in a LaTeX code | |
| \\$ | \\$ 25 | \$ 25 | To show $ symbol without equation |
| ₹ | ₹ 500 | ₹ 500 | HTML code for Rupee, can be used outside LaTeX too. |
| < , > | 10 < 20 | 10 < 20 | HTML code for < , > . Since they are used in HTML tags, using them without code may create formatting issues. |
| \vec{a}} | \$ \vec{a}+\vec{b}= \vec{c} \$ | $ \vec{a}+\vec{b}= \vec{c} $ | Shows Vectors |
| \hat{a} | \$ \hat i +\hat h =\hat k \$ | $ \hat i +\hat h =\hat k $ | Unit vector |
| \bar{a} | \$ \bar{a}+\bar{b}=\bar{c} \$ | $ \bar{a}+\bar{b}=\bar{c} $ | Shows bar above |
| \dot{a}, \ddot{a} | \$ \dot{a}, \ddot{a} \$ | $ \dot{a}, \ddot{a} $ | Shows dots above |
| \textrm X | \$ \textrm X \$ | $ \textrm X $ | Shows one letter without slant |
| \overset{\circ}{A} | \$ \overset{\circ}{\textrm A} \$ | $ \overset{\circ}{\textrm A} $ | A workaround for Angstrom |
| \underset{a}{b} | \$ \underset{2g}{Hydrogen} + \underset{16g}{Oxygen} \$ | $ \underset{2g}{Hydrogen} + \underset{16g}{Oxygen} $ | Shows the underset values |
| \$ \underset{x \rightarrow y}{\lim} \$ | $\underset{x \rightarrow y}{\lim}$ | Shows Limit $x \rightarrow y$ | |
| \overset{a}{b} | \$\overset{2g}{Hydrogen} + \overset{16g}{Oxygen} \$ | $ \overset{2g}{Hydrogen} + \overset{16g}{Oxygen} $ | Shows the overset values |
| \underset{a}{\overset{b}{c}} | \$ A\underset{0}{\overset{a}{\rightleftarrows}}B \$ | $ A\underset{0}{\overset{a}{\rightleftarrows}}B $ | Shows values above and below |
| \$ \underset{k=1}{\overset{n}{\sum}} \$ | $ \underset{k=1}{\overset{n}{\sum}} $ | Shows summation k=1 to n | |
| \rightarrow | \$ a\rightarrow b \$ | $a \rightarrow b $ | To show right arrow symbol |
| \lefttarrow | \$ a\leftarrow b \$ | $a \leftarrow b $ | To show left arrow symbol |
| \longrightarrow | \$ a\longrightarrow b \$ | $a \longrightarrow b $ | To show long right arrow |
| \longlefttarrow | \$ a\longleftarrow b \$ | $a \longleftarrow b $ | To show long left arrow |
| \overrightarrow{abcd} | \$ \overrightarrow{abcd}\$ | $ \overrightarrow{abcd} $ | Right arrow above values |
| \overleftarrow{abcd} | \$ \overleftarrow{abcd}\$ | $ \overleftarrow{abcd} $ | Left arrow above values |
| \underrightarrow{abcd} | \$ \underrightarrow{abcd}\$ | $ \underrightarrow{abcd} $ | Right arrow below values |
| \underleftarrow{abcd} | \$ \underleftarrow{abcd}\$ | $ \underleftarrow{abcd} $ | Left arrow below values |
| \xrightarrow{a} | \$ A \xrightarrow{long \; text}B\$ | $ A\xrightarrow{long \; text}B $ | Right arrow with long values |
| \$ 2H_2 + O_2 \xrightarrow{a,b}2H_2O \$ | $ 2H_2 + O_2 \xrightarrow{a,b}2H_2O $ | Shows right arrow with values | |
| \xleftarrow{a} | \$ A \xleftarrow{n,m} B \$ | $ A \xleftarrow{n,m} B $ | Shows left arrow with values |
| \xrightarrow[a]{b}} | \$ \xrightarrow[text \ below]{text \ above} \$ | $ \xrightarrow[text \ below]{text \ above} $ | Shows values above and below right arrow |
| \xleftarrow[a]{b}} | \$ \xleftarrow[text \ below]{ text \ above} \$ | $ \xleftarrow[ text \ below]{ text \ above} $ | Shows values above and below left arrow |
| \boxed{ } | \$ \boxed{a} , \boxed{a^\ } \$ | $ \boxed{a} , \boxed{a^\ } $ | To get a box (add space to make longer) |
| \$ \boxed{\frac{x^2+y^2}{5x}} \$ | $ \boxed{\frac{x^2+y^2}{5x}} $ | To get a box (add space to make longer) | |
| \tt | \$ \tt H_2O + CH_3 \$ | $ \tt H_2O + CH_3 $ | Shows the equation as True Type font |
| \{ \} | \$ \{ a + b \} \$ | $ \{ a + b \} $ | To show curly brackets |
| \left( \right), [ , | , \{ | \$\large \left[ \frac{a^2}{b^2}\right ]\$ | $ \large \left(\frac{a^2}{b^2}\right)\left[\frac{a^{\frac{1}{2}}}{b^{\frac{1}{2}}}\right] \left|\frac{a^2}{b^2}\right| \left\{\frac{a^2}{b^2}\right\}$ | Brackets that adjust to the size of text. use this mostly |
| \big( , [ , |, \{ | \$ \big( a + b \big) \$ | $ \big( a + b \big) $ | To show bigger brackets or other symbols |
| \Big( , [ , | , \{ | \$ \Big( a + b \Big) \$ | $ \Big( a + b \Big) $ | To show still bigger symbols |
| \bigg( , [ , | , \{ | \$ \bigg( a + b \bigg) \bigg[ a^2 \bigg] \$ | $ \bigg( a + b \bigg) \bigg[ a^2 \bigg] $ | To show still more bigger symbols |
| \Bigg( , [ , | , \{ | \$ \Bigg( a + b \Bigg) \Bigg\{ \Bigg\} \$ | $ \Bigg( a + b \Bigg) \ \ \Bigg\{ \;\; \Bigg\}$ | To show very large symbols |
| \raise {a} , \lower {b} | \$ A \raise 2mm {B} \lower 1ex C \$ | $ A \raise 2mm {B} \lower 1ex C $ | To raise and lower terms with below measures mm, cm, in, pt, em, ex, mu pt(1/3mm), em(wide as M), ex(ht of x), mu(1/18 em) can lower a line if equations touching each other |
| \kerm {a} , \! {b} | \$ A \kern -1mm {B} \kern 3mm C \!\! D \$ | $ A \kern -1mm {B} \kern 3mm C \!\! D $ | To give or reduce horizontal space with above measures \! reduces one space |
| \begin{matrix} | \$ $\begin{matrix}$ a & b & c\\ p & q & r\\ m & n & o \end{matrix} \$ |
$\begin{matrix} a & b & c\\ p & q & r\\ m & n & o \end{matrix} $ | To show normal matrix |
| \begin{vmatrix} | \$ $\begin{vmatrix}$ a & b & c\\ p & q & r\\ m & n & o \end{vmatrix} \$ |
$\begin{vmatrix} a & b & c\\ p & q & r\\ m & n & o \end{vmatrix} $ | To show matrix in vertical lines |
| \begin{Vmatrix} | \$ $\begin{Vmatrix}$ a & b & c\\ p & q & r\\ m & n & o \end{Vmatrix} \$ |
$\begin{Vmatrix} a & b & c\\ p & q & r\\ m & n & o \end{Vmatrix} $ | To show matrix in double lines |
| \begin{bmatrix} | \$ $\begin{bmatrix}$ a & b & c\\ p & q & r\\ m & n & o \end{bmatrix} \$ |
$\begin{bmatrix} a & b & c\\ p & q & r\\ m & n & o \end{bmatrix} $ | To show matrix in brackets |
| \begin{Bmatrix} | \$ $\begin{Bmatrix}$ a & b & c\\ p & q & r\\ m & n & o \end{Bmatrix} \$ |
$\begin{Bmatrix} a & b & c\\ p & q & r\\ m & n & o \end{Bmatrix} $ | To show matrix in brackets |
| \begin{pmatrix} | \$ $\begin{pmatrix}$ a & b & c\\ p & q & r\\ m & n & o \end{pmatrix} \$ |
$\begin{pmatrix} a & b & c\\ p & q & r\\ m & n & o \end{pmatrix} $ | To show matrix in brackets |
| More Complex Examples | |||
| LaTeX Code | Output | Description | |
| \$ 16 \raise 1.5pt ) \!\! \overline {\, \, 3376}} \$ | $ 16 \raise 1.5pt ) \!\! \overline {\, \, 3376} $ | For Long Division | |
| \$ \huge \subset \!\!\! \supset \$ | $ \huge \subset \!\!\! \supset $ | Blank ovalbox using subset, supset | |
| \$ \huge \sqsubset \!\! \sqsupset \$ | $ \huge \sqsubset \!\! \sqsupset $ | Blank box using sqsubset, sqsupset | |
| \$ \huge \sqsubset \!\!\! \supset \$ | $ \huge \sqsubset \!\!\! \supset $ | Blank b using sqsubset, supset | |
| \$ \large \boxed { \\^ \hskip 10mm } \$ | $ \large \boxed { \\^ \hskip 10mm } $ | Box using boxed | |
| \$ \Large \boxed { \\^ \hskip 5mm } \$ | $ \Large \boxed { \\^ \hskip 5mm } $ | Box using boxed | |
| \$ \huge \boxed { \\^ \hskip 10mm } \$ | $ \huge \boxed { \\^ \hskip 20mm } $ | Box using boxed | |
| \$ \Box, \large\Box, \Large\Box, \huge\Box, \Huge\Box \$ | $ \Box , \large\Box, \Large\Box, \huge\Box, \Huge\Box $ | Box using Box | |
| \$ \circ \bigcirc \\ \large \bigcirc \Large \bigcirc \\ \huge \bigcirc \Huge \bigcirc \$ |
$ \circ \bigcirc \\ \large \bigcirc \Large \bigcirc \\ \huge \bigcirc \Huge \bigcirc $ | Circle using circ | |
| \$ |\! \underline{\ n} \$ | $ |\! \underline{\ n} $ | factorial n | |
| \$ |\! \raise 2pt \underline{\ n-p} \$ | $ |\! \raise 2pt \underline{\ n-p} $ | factorial (n-p) | |
| \$ -\!\!\!-\!\!\!-\!\!\!-\!\!\!-\!\!\!-\!\!\!-\!\!\!-\!\!\!-\!\!\!- \$ | $ -\!\!\!-\!\!\!-\!\!\!-\!\!\!-\!\!\!-\!\!\!-\!\!\!-\!\!\!-\!\!\!- $ | Simple line by combining hyphens and removing spaces in between by \! | |
| \$ \rule{100pt}{0.25pt} \$ \$ \rule{50mm}{0.5pt}\$ \$ \rule{5cm}{1pt} \$ \$ \rule{5cm}{2pt}\$ |
$ \rule{100pt}{0.25pt} \\ \rule{50mm}{0.5pt} \\ \rule{5cm}{1pt} \\ \rule{5cm}{2pt} $ | Drawing lines of different thickness with \rule {width in pt,mm,cm} {thickness in pt} |
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| \$ \rule{5cm}{0.25pt} \\ \raise 8pt \rule{5cm}{0.25pt} \$ |
$ \rule{5cm}{0.25pt} \\ \raise 8pt \rule{5cm}{0.25pt} $ | Double or multiple lines | |
| \$ \ \ \ 54 \\ \underline{+85} \\ \ 139 \\ \$ |
$ \ \ \ 54 $ $ \underline{+85} $ $ \ 139 $ |
Addition, substraction | |
| \$ \ \ \ 12 \\ \underline{\times 13} \\ \ \ \ 36 \\ \underline{\ 12 \ \ \ } \\ \ 156 \$ |
$ \ \ \ 12 $ $ \underline{\times 13} $ $ \ \ \ 36 $ $ \underline{\ 12 \ \ \ } $ $ \ 156 $ |
Multiplication | |
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\$ \hspace{1.2cm} 177 \\ |
$\hspace{1.2cm} 177 \\ 4500 \raise 1.5pt ) \!\! \overline {\ \ 800000 \ } \\ \hspace{7.5mm} \underline{-4500 \ } \\ \hspace{10.5mm}35000 \\ \hspace{7mm} \underline{-31500 \ } \\ \hspace{12.5mm}35000 \\ \hspace{9mm} \underline{-31500 \ } \\ \hspace{14.5mm}3500 $ |
Division Spacing needs to be adjusted as needed. |
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\$\underline{2 \ | \ 980} \\ \underline{2 \ | \ 490} \\ \underline{5 \ | \ 245} \\ \underline{7 \ | \ \ 49} \\ \underline{7 \ | \ \ \ \ 7} \\ \underline{\ \ \ \ \ \ \ 1}\$ |
$\underline{2 \ | \ 490} \\ \underline{5 \ | \ 245} \\ \underline{7 \ | \ \ 49} \\ \underline{7 \ | \ \ \ \ 7} \\ \underline{\ \ \ \ \ \ \ 1}$ | Factorisation | |
| \$ nBuBr + KCN \xrightarrow{EtOH + H_2O} nBuCN \$ | $nBuBr + KCN \xrightarrow{EtOH + H_2O} nBuCN$ | Chemical Equation | |
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\$\hspace{15mm}CH_3 \\ \hspace{15mm}| \\ CH_3 - C - CH_3 \\ \hspace{15mm}| \\ \hspace{15mm}CH_3\$ |
$\hspace{15mm}CH_3 \\ \hspace{15mm}| \\ CH_3 - C - CH_3 \\ \hspace{15mm}| \\ \hspace{15mm}CH_3$ | Chemical Structure 2,2-dimethylpropane |
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\$ \hspace{15mm}CH_3 \hspace{6mm} CH_3 \\ \hspace{15mm}| \hspace{15mm}| \\ CH_3 - C \ -\!\!\!-\!\!\!-\!\!\!- \ C \ - \ CH_3 \\ \hspace{15mm}| \hspace{15mm}| \\ \hspace{15mm}CH_3 \hspace{6mm} CH_3 \$ |
$ \hspace{15mm}CH_3 \hspace{6mm} CH_3 \\ \hspace{15mm}| \hspace{15mm}| \\ CH_3 - C \ -\!\!\!-\!\!\!-\!\!\!- \ C \ - \ CH_3 \\ \hspace{15mm}| \hspace{15mm}| \\ \hspace{15mm}CH_3 \hspace{6mm} CH_3 $ | Chemical Structure 2,2,3,3-tetramethylbutane |
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\$ \hspace{15mm}CH_3 \hspace{15mm} H \\ \hspace{15mm}| \hspace{18mm} \diagup \\ CH_3 \ - C -\!\!\!-\!\!\!- \ C \\ \hspace{15mm}| \hspace{17mm} \diagdown \!\!\! \diagdown \\ \hspace{15mm}CH_3 \hspace{16mm} O \$ |
$ \hspace{15mm}CH_3 \hspace{15mm} H \\ \hspace{15mm}| \hspace{18mm} \diagup \\ CH_3 \ - C -\!\!\!-\!\!\!- \ C \\ \hspace{15mm}| \hspace{17mm} \diagdown \!\!\! \diagdown \\ \hspace{15mm}CH_3 \hspace{16mm} O$ | Chemical Structure 2,2-dimethylpropanal |
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\$ \hspace{1mm} \lower 3mm{ \ \ \ \require{HTML} \style{display: inline-block; transform: rotate(-30deg)} { \rule{1cm}{1pt} } } \hspace{-1.5mm} \lower 3mm{\require{HTML} \style{display: inline-block; transform: rotate(30deg)} { \rule{1cm}{1pt} } } \\ \lower 3.6mm{ \require{HTML} \style{display: inline-block; transform: rotate(90deg)} { \rule{1cm}{1pt} } } \hspace{7mm} \lower 3.6mm{ \require{HTML} \style{display: inline-block; transform: rotate(90deg)} { \rule{1cm}{1pt} } } \\ \hspace{4mm} \lower 4mm{\require{HTML} \style{display: inline-block; transform: rotate(30deg)} { \rule{1cm}{1pt} } } \hspace{-4.7mm} \lower 4mm{ \ \ \ \require{HTML} \style{display: inline-block; transform: rotate(-30deg)} { \rule{1cm}{1pt} } } \$ |
$ \hspace{1mm} \lower 3mm{ \ \ \ \require{HTML} \style{display: inline-block; transform: rotate(-30deg)} { \rule{1cm}{1pt} } } \hspace{-1.5mm} \lower 3mm{\require{HTML} \style{display: inline-block; transform: rotate(30deg)} { \rule{1cm}{1pt} } } \\ \lower 3.6mm{ \require{HTML} \style{display: inline-block; transform: rotate(90deg)} { \rule{1cm}{1pt} } } \hspace{7mm} \lower 3.6mm{ \require{HTML} \style{display: inline-block; transform: rotate(90deg)} { \rule{1cm}{1pt} } } \\ \hspace{4mm} \lower 4mm{\require{HTML} \style{display: inline-block; transform: rotate(30deg)} { \rule{1cm}{1pt} } } \hspace{-4.7mm} \lower 4mm{ \ \ \ \require{HTML} \style{display: inline-block; transform: rotate(-30deg)} { \rule{1cm}{1pt} } }$ | Chemical Structure cyclohexane |
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\$ \hspace{1mm} \lower 4mm{ \ \ \ \require{HTML} \style{display: inline-block; transform: rotate(-30deg)} { \rule{1cm}{1pt}}} \hspace{-1.5mm} \lower 4mm{\require{HTML} \style{display: inline-block; transform: rotate(30deg)} { \rule{1cm}{1pt} }} \hspace{-10mm} \lower 5mm{\require{HTML} \style{display: inline-block; transform: rotate(30deg)} { \rule{8mm}{0.5pt} }} \\ \lower 3mm{ \require{HTML} \style{display: inline-block; transform: rotate(90deg)} { \rule{1cm}{1pt} } } \hspace{-7.8mm} \lower 3mm{\require{HTML} \style{display: inline-block; transform: rotate(90deg)} { \rule{8mm}{0.5pt} }} \hspace{7mm} \lower 3mm{ \require{HTML} \style{display: inline-block; transform: rotate(90deg)} { \rule{1cm}{1pt} }} \\ \hspace{4mm} \lower 3.5mm{\require{HTML} \style{display: inline-block; transform: rotate(30deg)} { \rule{1cm}{1pt} }} \hspace{-4.7mm} \lower 3.5mm{ \ \ \ \require{HTML} \style{display: inline-block; transform: rotate(-30deg)} { \rule{1cm}{1pt}}}v \hspace{-9mm} \lower 2mm{\require{HTML} \style{display: inline-block; transform: rotate(-30deg)} { \rule{8mm}{0.5pt}}} \$ |
$ \hspace{1mm} \lower 4mm{ \ \ \ \require{HTML} \style{display: inline-block; transform: rotate(-30deg)} { \rule{1cm}{1pt}}} \hspace{-1.5mm} \lower 4mm{\require{HTML} \style{display: inline-block; transform: rotate(30deg)} { \rule{1cm}{1pt} }} \hspace{-10mm} \lower 5mm{\require{HTML} \style{display: inline-block; transform: rotate(30deg)} { \rule{8mm}{0.5pt} }} \\ \lower 3mm{ \require{HTML} \style{display: inline-block; transform: rotate(90deg)} { \rule{1cm}{1pt} } } \hspace{-7.8mm} \lower 3mm{\require{HTML} \style{display: inline-block; transform: rotate(90deg)} { \rule{8mm}{0.5pt} }} \hspace{7mm} \lower 3mm{ \require{HTML} \style{display: inline-block; transform: rotate(90deg)} { \rule{1cm}{1pt} }} \\ \hspace{4mm} \lower 3.5mm{\require{HTML} \style{display: inline-block; transform: rotate(30deg)} { \rule{1cm}{1pt} }} \hspace{-4.7mm} \lower 3.5mm{ \ \ \ \require{HTML} \style{display: inline-block; transform: rotate(-30deg)} { \rule{1cm}{1pt}}} \hspace{-9mm} \lower 2mm{\require{HTML} \style{display: inline-block; transform: rotate(-30deg)} { \rule{8mm}{0.5pt}}} $ | Chemical Structure benzene |
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GREEK ALPHABETS
| Alphabet | Symbol | LaTex Code |
| Alpha | $\alpha \ \ A $ | \alpha A |
| Beta | $\beta \ \ B $ | \beta B |
| Gamma | $\gamma \ \ \Gamma$ | \gamma \Gamma |
| Delta | $\delta \ \ \Delta $ | \delta \Delta |
| Epsilon | $\epsilon \ \ E $ | \epsilon E |
| Zeta | $\zeta \ \ Z $ | \zeta Z |
| Eta | $\eta \ \ E $ | \eta E |
| Theta | $\theta \ \ \Theta$ | \theta \Theta |
| Iota | $ \iota \ \ I$ | \iota I |
| Kappa | $\kappa \ \ K $ | \kappa K |
| Lambda | $\lambda \ \ \Lambda $ | \lambda \Lambda |
| Mu | $\mu \ \ M $ | \mu M |
| Nu | $\nu \ \ N $ | \nu N |
| Omicron | $\omicron \ \ O $ | \omicron O |
| Pi | $\pi \ \ \Pi $ | \pi \Pi |
| Rho | $\rho \ \ R $ | \rho R |
| Sigma | $\sigma \ \ \Sigma $ | \sigma \Sigma |
| Tau | $\tau \ \ T $ | \tau T |
| Upsilon | $\upsilon \ \ \Upsilon$ | \upsilon \Upsilon |
| Phi | $\phi \ \ \Phi $ | \phi \Phi |
| Chi | $\chi \ \ X $ | \chi X |
| Psi | $\psi \ \ \Psi $ | \psi \Psi |
| Omega | $\omega \ \ \Omega$ | \omega \Omega |