List questions from equivalence-relations

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equivalence relation difficult problem

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equivalence relation composition problem

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Difference between Reflexive and Symmetric in Discrete Maths

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What is this equivalence relation explicitly?

Published on 11 Dec 2013 - 7:36

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Formulate a relation $R$ between $2$ sets $A$ and $B$

Published on 11 Dec 2013 - 11:15

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Is this relation reflexive, symmetric and transitive?

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Equivalence relation $g\sim h :\Longleftrightarrow h \in \{g,g^{-1}\}$

Published on 13 Dec 2013 - 18:52

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Define a relation on the set of all real numbers $x,y \in \mathbb{R} $ as follows:

Published on 14 Dec 2013 - 3:47

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Properties of the relation $R=\{(x,y)\in\Bbb R^2|x-y\in \Bbb Z\}$

Published on 14 Dec 2013 - 11:15

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Properties of the relation $R=A\times B \cup B\times A$

Published on 14 Dec 2013 - 14:17

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Bijection from set of equivalence classes to $\mathbb R$

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Having trouble with symmetry (equivalence relation)

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Proof that $(a, b) \mathrel{R} (c, d)$ iff $ad = bc$ is an equivalence relation

Published on 18 Dec 2013 - 17:03

List Question

equivalence relation and quotient set problem

equivalence relation difficult problem

equivalence relation composition problem

Difference between Reflexive and Symmetric in Discrete Maths

What is this equivalence relation explicitly?

Formulate a relation $R$ between $2$ sets $A$ and $B$

Relation symmetric confusion

Is this relation reflexive, symmetric and transitive?

Equivalence relation $g\sim h :\Longleftrightarrow h \in \{g,g^{-1}\}$

Define a relation on the set of all real numbers $x,y \in \mathbb{R} $ as follows:

Properties of the relation $R=\{(x,y)\in\Bbb R^2|x-y\in \Bbb Z\}$

Properties of the relation $R=A\times B \cup B\times A$

Bijection from set of equivalence classes to $\mathbb R$

Having trouble with symmetry (equivalence relation)

Proof that $(a, b) \mathrel{R} (c, d)$ iff $ad = bc$ is an equivalence relation

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