How to Write the Asymptotically Equal To Symbol (≃) in LaTeX

In LaTeX, you can write the asymptotically equal to symbol (≃) using the \simeq command.

The following examples show how to write the asymptotically equal to symbol in LaTeX.

How to Write the Asymptotically Equal To Symbol in Text

We can use the \simeq command to write the asymptotically equal to symbol in LaTeX document for text.

Suppose we want to write the asymptotically equal to symbol in the text.

We can use the following LaTeX code to do so:

\documentclass{article}
\begin{document}

This is an example of using the asymptotically equal to symbol \( a \simeq b \) in a sentence.

\end{document}

Output: 👇️

This is an example of using the asymptotically equal to symbol a ≃ b in a sentence.

In this example, we use the \simeq command to display the asymptotically equal to symbol in the text.

How to Write the Asymptotically Equal To Symbol in Mathematical Expressions

For mathematical expressions, We can use the \simeq command to ensure proper formatting.

Suppose we would like to write mathematical expressions that contain the asymptotically equal to symbol.

We can use the following LaTeX code to do so:

\documentclass{article}
\begin{document}

An inline mathematical expression: \( a \simeq b \).

A displayed mathematical expression:
\[
a \simeq b
\]

\end{document}

Output: 👇️

In this example, we use the \simeq command to denote the asymptotically equal to symbol in both inline and displayed mathematical expressions.

Conclusion

We can use the \simeq command for both text and mathematical expressions. This ensures that the asymptotically equal to symbol is properly formatted and displayed in LaTeX document.