6. A relation R on a set X is called a total order if it is antisymmetric, reflexive, transi- tive, and if all elements of X are comparable (that is, for every pair x₁, x2 € X either x₁ Rx2 or x2 Rx1). (a) Construct a total order on the set X = {a, B, Ⓒ, 13}. (b) How many possible total orders are there on a finite set of cardinality n?
6. A relation R on a set X is called a total order if it is antisymmetric, reflexive, transi- tive, and if all elements of X are comparable (that is, for every pair x₁, x2 € X either x₁ Rx2 or x2 Rx1). (a) Construct a total order on the set X = {a, B, Ⓒ, 13}. (b) How many possible total orders are there on a finite set of cardinality n?
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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
Transcribed Image Text:**Question 6**
A relation \( R \) on a set \( X \) is called a **total order** if it is antisymmetric, reflexive, transitive, and if all elements of \( X \) are comparable (that is, for every pair \( x_1, x_2 \in X \) either \( x_1 R x_2 \) or \( x_2 R x_1 \)).
**(a)** Construct a total order on the set \( X = \{\alpha, B, \oplus, 13\} \).
**(b)** How many possible total orders are there on a finite set of cardinality \( n \)?
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