# abstract Algebra

Revision as of 08:07, 30 June 2014 by Conversion script (talk) (Conversion script moved page Abstract Algebra to abstract Algebra: Converting page titles to lowercase)

- 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

- la firgrup. sujgri lu'i li no bi'i ci le kaxycauvlina (

- Is each element a

- 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*)