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Write each of the following sets in the form $\{x \in \mathbf{Z}: p(x)\}$, where $p(x)$ is a property concerning $x$. (a) $A=\{-1,-2,-3, \ldots\}$ (b) $B=\{-3,-2, \ldots, 3\}$ (c) $C=\{-2,-1,1,2\}$

   Write each of the following sets in the form $\{x \in \mathbf{Z}: p(x)\}$, where $p(x)$ is a property concerning $x$.
(a) $A=\{-1,-2,-3, \ldots\}$
(b) $B=\{-3,-2, \ldots, 3\}$
(c) $C=\{-2,-1,1,2\}$
Mathematical Proofs: A Transition to Advanced Mathematics
Mathematical Proofs: A Transition to Advanced Mathematics
Gary Chartrand,… 3rd Edition
Chapter 1, Problem 5 ↓

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We need to express each given set in the form \(\{x \in \mathbf{Z}: p(x)\}\), where \(p(x)\) is a property that describes the elements of the set.  Show more…

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Write each of the following sets in the form $\{x \in \mathbf{Z}: p(x)\}$, where $p(x)$ is a property concerning $x$. (a) $A=\{-1,-2,-3, \ldots\}$ (b) $B=\{-3,-2, \ldots, 3\}$ (c) $C=\{-2,-1,1,2\}$
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Key Concepts

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Defining Sets by Properties
This concept involves describing a set by giving a specific property or condition, denoted by a predicate, that determines membership in the set. Rather than listing all individual elements, the set is characterized by a condition, such as an inequality or a logical rule, which all members satisfy. This approach is especially useful for representing infinite sets or sets defined by a clear mathematical property.
Integers
The integers, often symbolized by ?, include all whole numbers, both positive and negative, as well as zero. They form a fundamental set in number theory and algebra. Problems involving sets of integers, particularly when described using set-builder notation, require a clear understanding of the properties that distinguish among positive, negative, and zero values.
Set-Builder Notation
Set-builder notation is a method of specifying a set by stating the properties that its members must satisfy. In this notation, a set is defined by identifying a variable, providing a condition or predicate that the variable must fulfill, and implicitly or explicitly indicating the domain of discourse. This formalism is widely used in mathematics to describe sets in a clear and unambiguous way.

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1.5. Write each of the following sets in the form {x ∈ Z : p(x)}, where p(x) is a property concerning x. B = {-3, -2, ..., 3} 1.6. The set E = {2x : x ∈ Z} can be described by listing its elements, namely E = {..., -4, -2, 0, 2, 4, ...}. List the elements of the following sets in a similar manner. B = {4n : n ∈ Z} 1.7. The set E = {..., -4, -2, 0, 2, 4, ...} of even integers can be described by means of a defining condition by E = {y = 2x : x ∈ Z} = {2x : x ∈ Z}. Describe the following sets in a similar manner. A = {..., -4, -1, 2, 5, 8, ...} 1.9. For A = {2, 3, 5, 7, 8, 10, 13}, let B = {x ∈ A : x = y + z, where y, z ∈ A} and C = {r ∈ B : r + s ∈ B for some s ∈ B}. Determine

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