How to use LaTeX Long Right Arrow Symbol

To write the long right arrow symbol (⟶) in LaTeX, use the LaTeX command \longrightarrow. It will add ⟶ arrow in the text.

In this article, we will discuss how to use long right arrow (⟶) in the LaTeX document and their significance in the mathematical expressions and vectors.

Symbol Overview

Symbol: Long Right Arrow

Unicode: U+27F6

Type: Mathematical and Vector Symbol

Package Requirement: None (built-in symbol)

Argument: None (no additional arguments needed)

LaTeX Command: \longrightarrow

Example: ⟶

Description

The long right arrow is a built-in symbol represented as a long arrow pointing to the right (⟶). It is widely used in mathematicas and vectors. In mathematics context, it is used to represents the directional relation or transformation that point to the right.

Syntax

The LaTeX command \longrightarrow is used to display the long right arrow symbol.

\longrightarrow

Let’s understand using LaTeX long right arrow symbol in various domains like mathematics, vectors with the help of examples.

Using the Long Right Arrow Symbol in a Mathematical Expression

\documentclass{article}
\begin{document}
\[ x^2 \longrightarrow x^2 + 1 \]
\end{document}

Output: 👇️

x^2 ⟶ x^2 + 1

Here in the above example, the x^2 points to the right and becomes x^2 + 1.

Using the Right Arrow Symbol in Vector Representations

\documentclass{article}
\begin{document}
\[ \vec{u} \longrightarrow \vec{v} \]
\end{document}

Output: 👇️

⃗u ⟶ ⃗v

In the above example, the \vec{u} and \vec{v} are vectors, and \longrightarrow denotes a transformation from vector \vec{u} to vector \vec{v} pointing to the right.

Applications

The long right arrow symbol has versatile applications in LaTeX documents such as:

• Represents directional relations or transformations.
• Indicates vector representations or directions in vector spaces.

Conclusion

Using the long left arrow symbol in LaTeX documents, you can use it in document to represent relations and vectors transformation pointing to the right. It helps to create visually appealing and formatted documents with enhanced mathematical and logical representations.