3. Let L be the collection of all lines in the plane. Define a relation on L by saying that two lines are equivalent if and only if they are parallel or equal. Show that this is an equivalence relation on L. 4. Define a relation on C by

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
Section: Chapter Questions
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I know that in order to show an equivalence relation I need to check for (1) reflexivity, (2) Symmetry, and (3) transitivity. I just cant figure out how to prove those things for this problem. (Problem attached.)

20
1. Proofs, Sets, and Functions
3. Let L be the collection of all lines in the plane. Define a relation on L by saying
that two lines are equivalent if and only if they are parallel or equal. Show that this
is an equivalence relation on L.
4. Define a relation on C by
Transcribed Image Text:20 1. Proofs, Sets, and Functions 3. Let L be the collection of all lines in the plane. Define a relation on L by saying that two lines are equivalent if and only if they are parallel or equal. Show that this is an equivalence relation on L. 4. Define a relation on C by
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