Chapter 11: Problem 1
Let \(A=\\{0,1,2,3,4,5\\} .\) Write out the relation \(R\) that expresses \(>\) on \(A .\) Then illustrate it with a diagram.
Chapter 11: Problem 1
Let \(A=\\{0,1,2,3,4,5\\} .\) Write out the relation \(R\) that expresses \(>\) on \(A .\) Then illustrate it with a diagram.
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Get started for freeLet \(A=\\{0,1,2,3,4,5\\} .\) Write out the relation \(R\) that expresses \(\geq\) on \(A .\) Then illustrate it with a diagram.
Suppose \([a],[b] \in \mathbb{Z}_{5}\) and \([a] \cdot[b]=[0] .\) Is it necessarily true that either \([a]=[0]\) or \([b]=[0] ?\)
Suppose \(A \neq \varnothing .\) Since \(\varnothing \subseteq A \times A,\) the set \(R=\varnothing\) is a relation on \(A .\) Is \(R\) reflexive? Symmetric? Transitive? If a property does not hold, say why.
Suppose \(R\) is a symmetric and transitive relation on a set \(A,\) and there is an element \(a \in A\) for which \(a R x\) for every \(x \in A .\) Prove that \(R\) is reflexive.
Write the addition and multiplication tables for \(\mathbb{Z}_{2}\).
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