abstract Algebra: Difference between revisions
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* '''[ | * group (''sujgri'') | ||
''' | ** x1 is a group with elements x2 and operation x3se girzu is the identity, inverse, and associativity laws and drops out | ||
* ''' | ***Is each element a ''se sujgri''? Could you give an example sentence with ''sujgri'' as selbri? Thank you. --[[User:xorxes|xorxes]] | ||
* ''' | ****la firgrup. sujgri lu'i li no bi'i ci le kaxycauvlina (''anyone have a better word for that?'') -phma | ||
* ''' | |||
*****But then x2 is the set, not the elements, right? --[[User:xorxes|xorxes]] | |||
* ring (''piljygri'') | |||
** x1 is a ring with elements x2, addition x3, and multiplication x4 | |||
* division ring (''dilcygri'') | |||
* field | |||
* natural number (''rarna'u'') | |||
* integer (''mulna'u'') | |||
* rational number (''frinu'' or ''pabna'u'') | |||
* irrational number (''nalpabna'u'') | |||
* real number (''zatna'u'') | |||
* imaginary number (not ''ka'orna'u'', so what?) | |||
** ka'o zei namcu -[[jbocre: Robin Lee Powell|Robin Lee Powell]] | |||
** ''xarna'u'' | |||
* complex number (''lujna'u'') | |||
* quaternion | |||
* ''p''-adic number (''fatysaclu be fi li py namcu'') | |||
* identity (''mi'uzba''?) | |||
* inverse (''dukti'') |
Revision as of 16:42, 4 November 2013
- group (sujgri)
- x1 is a group with elements x2 and operation x3se girzu is the identity, inverse, and associativity laws and drops out
- Is each element a se sujgri? Could you give an example sentence with sujgri as selbri? Thank you. --xorxes
- la firgrup. sujgri lu'i li no bi'i ci le kaxycauvlina (anyone have a better word for that?) -phma
- Is each element a se sujgri? Could you give an example sentence with sujgri as selbri? Thank you. --xorxes
- But then x2 is the set, not the elements, right? --xorxes
- ring (piljygri)
- x1 is a ring with elements x2, addition x3, and multiplication x4
- division ring (dilcygri)
- field
- natural number (rarna'u)
- integer (mulna'u)
- rational number (frinu or pabna'u)
- irrational number (nalpabna'u)
- real number (zatna'u)
- imaginary number (not ka'orna'u, so what?)
- ka'o zei namcu -Robin Lee Powell
- xarna'u
- complex number (lujna'u)
- quaternion
- p-adic number (fatysaclu be fi li py namcu)
- identity (mi'uzba?)
- inverse (dukti)