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    Well Ordered Set : Proof of Refelxive and Transitive under Relation

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    Trying to prove the following: A set "A" is called a well ordered set if there is a relation R on A such that R is reflexive, transitive, and for all a,b are elements of A, either aRb or bRa.

    Prove that the set of the integers is a well-ordered set under the relation less than or equal to.

    Would I just need to prove the less than or equal to is reflexive and transitive?
    How would I do this?

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    https://brainmass.com/math/combinatorics/well-ordered-set-proof-reflexive-transitive-under-relation-38464

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    A set "A" is called a well ordered set if there is a relation R on A such that R is reflexive, transitive, and for all a, b are elements of A, either aRb or bRa. Prove that the set of the integers is a well-ordered set under the relation less than or equal to. Would I ...

    Solution Summary

    A well ordered set, refelxiveness, transitiveness are investigated under a relation. The solution is detailed and well presented.

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