Let R C R+ × R+ with R = {(x, y)|[x] = [y]}, that is, x and y round up to the sane number. Characterize R in terms of whether it is reflexive, irreflexive, symmetric, anti-symmetric, transitive,...


Let R C R+ × R+ with R = {(x, y)|[x] = [y]}, that is, x and y round up to<br>the sane number. Characterize R in terms of whether it is reflexive, irreflexive,<br>symmetric, anti-symmetric, transitive, complete, any sort of ordering relation, and/or an<br>equivalence relation. This is not a formal proof, but briefly explain your reasoning.<br>

Extracted text: Let R C R+ × R+ with R = {(x, y)|[x] = [y]}, that is, x and y round up to the sane number. Characterize R in terms of whether it is reflexive, irreflexive, symmetric, anti-symmetric, transitive, complete, any sort of ordering relation, and/or an equivalence relation. This is not a formal proof, but briefly explain your reasoning.

Jun 05, 2022
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