Identify the correct steps involved in proving that if the poset (S, R) is a lattice, then the dual poset (S, R1) is also a lattice. (Check all that apply.) Check All That Apply By the duality in the definitions, the greatest lower bound of two elements of Sunder R is their least upper bound under ¹. By the duality in the definitions, the least upper bound of two elements of Sunder R is their greatest lower bound under R¹ By the duality in the definitions, the least upper bound of two elements of Sunder R is their least upper bound under R¹. By the duality in the definitions, the greatest lower bound of two elements of Sunder R is their greatest lower bound under R¹ As the least upper bounds and the greatest lower bounds exist, (S, R) is a lattice.

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter2: Systems Of Linear Equations
Section2.4: Applications
Problem 32EQ
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Identify the correct steps involved in proving that if the poset (S, R) is a lattice, then the dual poset (S, R¹) is also a lattice. (Check all that apply.)
Check All That Apply
By the duality in the definitions, the greatest lower bound of two elements of Sunder R is their least upper bound under ¹.
By the duality in the definitions, the least upper bound of two elements of Sunder Ris their greatest lower bound under ¹.
By the duality in the definitions, the least upper bound of two elements of Sunder R is their least upper bound under R¹1.
By the duality in the definitions, the greatest lower bound of two elements of Sunder R is their greatest lower bound under R¹
As the least upper bounds and the greatest lower bounds exist, (S, R¹) is a lattice.
Transcribed Image Text:1 Identify the correct steps involved in proving that if the poset (S, R) is a lattice, then the dual poset (S, R¹) is also a lattice. (Check all that apply.) Check All That Apply By the duality in the definitions, the greatest lower bound of two elements of Sunder R is their least upper bound under ¹. By the duality in the definitions, the least upper bound of two elements of Sunder Ris their greatest lower bound under ¹. By the duality in the definitions, the least upper bound of two elements of Sunder R is their least upper bound under R¹1. By the duality in the definitions, the greatest lower bound of two elements of Sunder R is their greatest lower bound under R¹ As the least upper bounds and the greatest lower bounds exist, (S, R¹) is a lattice.
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