MyWikiBiz, Author Your Legacy — Monday November 25, 2024
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, 20:00, 12 April 2009
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− | In the case of a 2-adic relation ''L'' ⊆ ''X''<sub>1</sub> × ''X''<sub>2</sub> = ''X'' × ''Y'', we can reap the benefits of a radical simplification in the definitions of the local flags. Also in this case, we tend to denote ''L''<sub>''u''.1</sub> by "''L''<sub>''u''.''X''</sub>" and ''L''<sub>''v''.2</sub> by "''L''<sub>''v''.''Y''</sub>". | + | In the case of a 2-adic relation <math>L \subseteq X_1 \times X_2 ~=~ X \times Y,</math> we can reap the benefits of a radical simplification in the definitions of the local flags. Also in this case, we tend to refer to <math>L_{u \star 1}</math> as <math>L_{u \star X}</math> and <math>L_{v \star 2}</math> as <math>L_{v \star Y}.</math> |
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| In the light of these considerations, the local flags of a 2-adic relation ''L'' ⊆ ''X'' × ''Y'' may be formulated as follows: | | In the light of these considerations, the local flags of a 2-adic relation ''L'' ⊆ ''X'' × ''Y'' may be formulated as follows: |