Let - be a relation on a set X defined as below. Determine whether is an equivalence relation on X and if it is, find the equivalence classes and the quotient set. a) X = Z, x ~ y + x +y is even. b) X = Z, x ~y A x +y is odd. c) X = Z, x ~ y + x+y is divisible by 3.
Let - be a relation on a set X defined as below. Determine whether is an equivalence relation on X and if it is, find the equivalence classes and the quotient set. a) X = Z, x ~ y + x +y is even. b) X = Z, x ~y A x +y is odd. c) X = Z, x ~ y + x+y is divisible by 3.
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:Let - be a relation on a set X defined as below. Determine whether
~ is an
equivalence relation on X and if it is, find the equivalence classes and the quotient set.
a) X = Z, x ~y A x+y is even.
%3D
b) X = Z, x ~y A x +y is odd.
c) X = Z, x ~~y + x+y is divisible by 3.
%3D
d) X = Z, x ~ y =
xy # 0.
e) X = Z, x ~y A xy > 0.
f) X = R × R, (x1, Yı) ~ (x2, Y2) → x1 = Y1.
xỉ + yỉ = x3 + y3.
+ |x1 – Yı| = |x2 – Y2|.
g) X = R × R, (¤1, Y1) ~ (x2, Y2)
%3D
h) X = R x R, (x1, Yı) ~ (x2, Y2)
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