PROBLEM 4 For each relation, indicate whether the relation is: • Reflexive, anti-reflexive, or neither • Symmetric, anti-symmetric, or neither • Transitive or not transitive Justify your ans wer. The domain of the relation L is the set of all real numbers. For z, y E R, zly if r

Advanced Engineering Mathematics
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Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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**Problem 4**

For each relation, indicate whether the relation is:
- Reflexive, anti-reflexive, or neither
- Symmetric, anti-symmetric, or neither
- Transitive or not transitive

Justify your answer.

The domain of the relation \( L \) is the set of all real numbers. For \( x, y \in R \), \( xLy \) if \( x < y \).

The domain of the relation \( A \) is the set of all real numbers. \( xAy \) if \( |x - y| \leq 2 \).

The domain of the relation \( Z \) is the set of all real numbers. \( xZy \) if \( y = 2x \).
Transcribed Image Text:**Problem 4** For each relation, indicate whether the relation is: - Reflexive, anti-reflexive, or neither - Symmetric, anti-symmetric, or neither - Transitive or not transitive Justify your answer. The domain of the relation \( L \) is the set of all real numbers. For \( x, y \in R \), \( xLy \) if \( x < y \). The domain of the relation \( A \) is the set of all real numbers. \( xAy \) if \( |x - y| \leq 2 \). The domain of the relation \( Z \) is the set of all real numbers. \( xZy \) if \( y = 2x \).
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