Membership: Difference between revisions

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{{Built-in|Membership|∊}}, also called '''Member Of''' or '''~~Member In~~''', is a [[dyadic]] [[primitive function]] which tests if each of the elements of the left [[argument]] appears as an element of the right argument. Membership derives from the traditional mathematical notation <math>\in</math> (''Element of'') and therefore uses that [[glyph]] (lunate epsilon).

{{Built-in|Membership|∊}}, also called '''Member In''', '''Member Of''', or '''Element of''', is a [[dyadic]] [[primitive function]] which tests if each of the elements of the left [[argument]] appears as an element of the right argument. Membership derives from the traditional mathematical notation <math>\in</math> (''Element of'') and therefore uses that [[glyph]] (lunate epsilon).

== Examples ==

Revision as of 22:30, 10 September 2022 (view source) Adám Brudzewsky (talk \| contribs) m (Text replacement - "<source" to "<syntaxhighlight") ← Older edit		Revision as of 15:32, 11 January 2024 (view source) Adám Brudzewsky (talk \| contribs) m ("Element of") Newer edit →
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	{{Built-in\|Membership\|∊}}, also called '''Member Of''' or '''~~Member In~~''', is a [[dyadic]] [[primitive function]] which tests if each of the elements of the left [[argument]] appears as an element of the right argument. Membership derives from the traditional mathematical notation <math>\in</math> (''Element of'') and therefore uses that [[glyph]] (lunate epsilon).		{{Built-in\|Membership\|∊}}, also called '''Member In''', '''Member Of''', or '''Element of''', is a [[dyadic]] [[primitive function]] which tests if each of the elements of the left [[argument]] appears as an element of the right argument. Membership derives from the traditional mathematical notation <math>\in</math> (''Element of'') and therefore uses that [[glyph]] (lunate epsilon).

	== Examples ==		== Examples ==

Membership: Difference between revisions

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