## The Mathematical Symbol "Succeeds But Not Equivalent To (⋩)"

The "Succeeds But Not Equivalent To" Symbol (⋩)

The ⋩ symbol, known as "Succeeds But Not Equivalent To," is a mathematical relation that depicts one item succeeding another without them being equivalent. It is used in certain mathematical contexts to make distinctions between relations of succession and equivalence.

## Visual Representation

The ⋩ symbol visually appears as a ">" symbol followed by a wavy line "~", suggesting the notion of "greater than but not approximately equal to".

## Usage

The specific use of the ⋩ symbol can vary depending on the mathematical context. Typically, it's utilized in order-theoretic settings or when discussing certain algebraic structures to indicate a specific type of order relationship that's distinct from mere equivalence. While "succeeds" implies a kind of order (like "greater than"), the added nuance of "but not equivalent to" emphasizes a lack of a particular kind of closeness or similarity.

As with any specialized symbol, its exact meaning can depend on the field of study and the particular topic at hand.

## Typing ⋩

To represent the "Succeeds But Not Equivalent To" symbol in documents or platforms that recognize HTML entities, you can use the ⋩ entity. However, the visual representation might differ slightly based on the font and platform. In non-HTML contexts, other methods or dedicated libraries might be necessary to accurately represent the symbol.

## Related Symbols

Mathematics is rich with symbols that convey specific relationships, some of which are closely related to ⋩. These might include:

- ≻ (Succeeds)
- ≃ (Approximately equal to)
- ∼ (Tilde operator, often used for "is similar to")

## Conclusion

The ⋩ symbol serves a specific purpose in mathematical notation, emphasizing a relationship of succeeding but not being equivalent. As always, context is crucial in determining the exact significance and interpretation of this symbol in any given mathematical setting.

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## Codes for the ⋩ Symbol

The Symbol | ⋩ | |

Alt Code | Alt 8937 | |

HTML Code | ⋩ | |

HTML Entity | ⋩ | |

CSS Code | \22E9 | |

Hex Code | ⋩ | |

Unicode | U+22E9 |

## How To Insert the ⋩ Symbol

(Method 1) Copy and paste the symbol.

The easiest way to get the ⋩ symbol is to copy and paste it into your document.Bear in mind that this is a UTF-8 encoded character. It must be encoded as UTF-8 at all stages (copying, replacing, editing, pasting), otherwise it will render as random characters or the dreaded �.

(Method 2) Use the "Alt Code."

If you have a keyboard with a numeric pad, you can use this method. Simply hold down the Alt key and type 8937. When you lift the Alt key, the symbol appears. ("Num Lock" must be on.)(Method 3) Use the HTML Decimal Code (for webpages).

HTML Text | Output |
---|---|

<b>My symbol: ⋩</b> | My symbol: ⋩ |

(Method 4) Use the HTML Entity Code (for webpages).

HTML Text | Output |
---|---|

<b>My symbol: ⋩</b> | My symbol: ⋩ |

(Method 5) Use the CSS Code (for webpages).

CSS and HTML Text | Output |
---|---|

<style> span:after { content: "\22E9";} </style> <span>My symbol:</span> | My symbol: ⋩ |

(Method 6) Use the HTML Hex Code (for webpages and HTML canvas).

HTML Text | Output |
---|---|

<b>My symbol: ⋩</b> | My symbol: ⋩ |

**0x22E9**to place the ⋩ symbol on your canvas. For example:

JavaScript Text |
---|

const x = "0x"+"E9" ctx.fillText(String.fromCodePoint(x), 5, 5); |

Output |

⋩ |

(Method 7) Use the Unicode (for various, e.g. Microsoft Office, JavaScript, Perl).

The Unicode for ⋩ is**U+22E9**. The important part is the hexadecimal number after the

**U+**, which is used in various formats. For example, in Microsoft Office applications (e.g. Word, PowerPoint), do the following:

Type | Output |
---|---|

22E9 [Hold down Alt] [Press x] | ⋩ (The 22E9 turns into ⋩. Note that you can omit any leading zeros.) |

JavaScript Text | Output |
---|---|

let str = "\u22E9" document.write("My symbol: " + str) | My symbol: ⋩ |

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## More about Mathematical Symbols

Mathematics is a universal language that is used to describe and understand the intricacies of the universe. At the heart of this language are symbols, concise representations that convey specific meanings and ideas.Just as letters come together to form words in spoken languages, mathematical symbols combine to form expressions and equations, encapsulating intricate ideas in a compact form. The history of these symbols is as varied as their meanings; some have been in use for centuries while others have been introduced more recently to describe new discoveries and concepts. Whether you are a student, educator, researcher, or simply curious, this list of mathematical symbols will serve as a guide, shedding light on their meanings, origins, and applications.

From the simple plus and minus signs to the more esoteric and complex, each symbol has its unique story and significance.