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Hyphenated last names usually correspond to both last names of one of the parents, but both last names can be hyphenated, so some Hispanics may legally have two double-barrelled last names corresponding to both last names of both parents. Many Spanish scholars use a pen name, where they enter a hyphen between their last names to avoid being ...
Here's why hyphenating last names may cause some issues. The post Technology creator explains reason not to hyphenate last names appeared first on In The Know.
The use of Unicode characters for blackboard bold is discouraged in English Wikipedia; instead, either the LaTeX rendering (for example <math>\mathbb{Z}</math> or <math>\Z</math>) or standard bold fonts should be used. As with all such choices, each article should be consistent with itself, and editors should not change articles from one choice ...
[citation needed] An additional option, although rarely practiced [citation needed], is the adoption of the last name derived from a blend of the prior names, such as "Simones", which also requires a legal name change. Some couples keep their own last names but give their children hyphenated or combined surnames. [70]
This essay explains use of the non-breaking hyphen character ‑, U+2011, coded by ‑ or ‑. Once displayed in a page, the non-breaking hyphen can be copied into words, or abbreviations, so they will not wrap at the hyphen character, such as an interstate highway symbol, "I‑94", which would always wrap to the next line as a whole word.
For the given name, put a hyphen in only if the given name is exactly two Hangul characters. Do not assimilate the given name. No hyphen or space in the surname. Do not capitalize after the hyphen. (e.g. 한복남 → Han Bok-nam, Han Bong-Nam) For the surname, check the surname table below.
The rationale behind this is that it enables design and usage of special mathematical characters that include all necessary properties to differentiate from other alphanumerics, e.g. in mathematics an italic "𝐴" can have a different meaning from a roman letter "A".
One can also speak of "almost all" integers having a property to mean "all except finitely many", despite the integers not admitting a measure for which this agrees with the previous usage. For example, "almost all prime numbers are odd". There is a more complicated meaning for integers as well, discussed in the main article.