MathML for Accessible Math

Accounting Fractions? Experiments

\frac{A ↓}{\begin{matrix} Cash ↓ \\ Merchandise \\ Inventory ↓ \end{matrix}}\} = \{\frac{L ↓}{\begin{matrix} Accounts \\ Payable ↓ \end{matrix}} + \frac{E}{}

\frac{A}{}\} = \{\frac{L}{} + \frac{E ↓ ↑}{\begin{matrix} Sales ↓ \\ Revenue ↓ \\ Sales \\ Discounts \\ Forfeited ↓ \\ Income \\ Summary ↓ \end{matrix}}

\frac{A ↓}{\begin{matrix} Cash ↓ \\ Merchandise \\ Inventory ↓ \end{matrix}}} = {\frac{L ↓}{\begin{matrix} Accounts \\ Payable ↓ \end{matrix}} + \frac{E}{}

\frac{A}{}} = {\frac{L}{} + \frac{E ↓ ↑}{\begin{matrix} Sales ↓ \\ Revenue ↓ \\ Sales \\ Discounts \\ Forfeited ↓ \\ Income \\ Summary ↓ \end{matrix}}

\frac{A ↓}{\begin{matrix} Cash ↓ \\ Merchandise \\ Inventory ↓ \end{matrix}}} = {\frac{L ↓}{\begin{matrix} Accounts \\ Payable ↓ \end{matrix}} + \frac{E}{}

\frac{A}{}} = {\frac{L}{} + \frac{E ↓ ↑}{\begin{matrix} Sales ↓ \\ Revenue ↓ \\ Sales \\ Discounts \\ Forfeited ↓ \\ Income \\ Summary ↓ \end{matrix}}

{2H}_{2} + O_{2} - H_{2} O

C_{3} H_{6} O_{3}

\frac{x + 2}{3}

(\binom{2}{3})

\frac{x + 2}{3}

\frac{x + 2}{3}

\frac{\frac{1}{x}}{y - 2}

\frac{1}{x}

3 \frac{1}{4}

\sqrt{x + 2}

\sqrt[3]{x + 2}

\sqrt[3]{8}

\sqrt{4}

C₃H₆0₃