Difference between revisions of "Homomorphism"

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(New page: Given two groups <math>G,G'</math>, a '''homomorphism''' from <math>G</math> to <math>G'</math> is a function <math>\phi : G \to G'\,</math> such that for all <math>a,b\in G</math>...)
 
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Given two [[group]]s <math>G,G'</math>, a '''homomorphism''' from <math>G</math> to <math>G'</math> is a [[function]] <math>\phi : G \to G'\,</math> such that for all <math>a,b\in G</math>, <math>\phi (ab) = \phi (a) \phi (b) \,</math>
 
Given two [[group]]s <math>G,G'</math>, a '''homomorphism''' from <math>G</math> to <math>G'</math> is a [[function]] <math>\phi : G \to G'\,</math> such that for all <math>a,b\in G</math>, <math>\phi (ab) = \phi (a) \phi (b) \,</math>
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<!--Apologies if the TeX and font size don't work well together.  I have Firefox set to use a specified font to avoid a weird bug, so I'm not sure how it'll look normally. - CSGuy -->
 
<!--Apologies if the TeX and font size don't work well together.  I have Firefox set to use a specified font to avoid a weird bug, so I'm not sure how it'll look normally. - CSGuy -->
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==See Also==
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*[[Isomorphism]]
 
[[Category:Algebra]]
 
[[Category:Algebra]]

Revision as of 23:18, November 29, 2007

Given two groups , a homomorphism from to is a function such that for all ,


See Also