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3 cards from this section. Quick, good the night before a test.
List the three properties of equivalence relations.
Think about what it means for a relation to be an equivalence.
True or False? The union of two equivalence relations is always an equivalence relation.
Consider if the union could ever lose transitivity.
What are the three properties required for a relation to be an equivalence relation?
Think about the definitions we've discussed.
True or False? The intersection of two equivalence relations is always an equivalence relation.
Consider how the properties overlap.
Define a custom set and create two distinct equivalence relations on it. Analyze and demonstrate their union and intersection.
Work through constructing the relations step by step.
Prove that the union of two equivalence relations forms a new relation that does not alter the existing reflexive pairs.
Check the properties of union through individual reflexive elements.
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