2. For universe S = R² define relation as: (a, b) ≤ (c,d) ⇒ 2a-b≤2c-d. For each of the properties below, find a counterexample or prove that it holds for S: (a) reflexivity, irreflexivity, (b) symmetry, asymmetry, antisymmetry, (c) transitivity, intransitivity, From the above deduce whether the above relation is either of below: (a) equivalence (b) partially ordered set (i.e. poset) (c) strictly partially ordered set (i.e. strict poset)

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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2. For universe S = R2 define relation Sas:
(a, b) (c,d)
2a-b2c-d.
For each of the properties below, find a counterexample or prove that it holds for S:
(a) reflexivity, irreflexivity,
(b) symmetry, asymmetry, antisymmetry,
(c) transitivity, intransitivity,
From the above deduce whether the above relation is either of below:
(a) equivalence
(b) partially ordered set (i.e. poset)
(c) strictly partially ordered set (i.e. strict poset)
Transcribed Image Text:2. For universe S = R2 define relation Sas: (a, b) (c,d) 2a-b2c-d. For each of the properties below, find a counterexample or prove that it holds for S: (a) reflexivity, irreflexivity, (b) symmetry, asymmetry, antisymmetry, (c) transitivity, intransitivity, From the above deduce whether the above relation is either of below: (a) equivalence (b) partially ordered set (i.e. poset) (c) strictly partially ordered set (i.e. strict poset)
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