Make Venn diagrams for A U C and Cu (A ¥ B). a. What can you conclude about whether one of these sets is necessarily a subset of the other? b. Give an example of sets A, B, and C for which A U C # CU(A¥ B).

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Author:Erwin Kreyszig
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**Title: Exploring Venn Diagrams and Set Theory**

**Task: Create Venn Diagrams**

Construct Venn diagrams for the following set operations:
1. \( A \cup C \)
2. \( C \cup (A \setminus B) \)

**Discussion Questions:**
a. What can you conclude about whether one of these sets is necessarily a subset of the other?

b. Provide an example of sets A, B, and C for which \( A \cup C \neq C \cup (A \setminus B) \).

**Explanation:**

- **Venn Diagrams**:
  - **Diagram for \( A \cup C \)**: This diagram should illustrate all elements that belong to either set A or set C or both.
  - **Diagram for \( C \cup (A \setminus B) \)**: This represents all elements in set C and those elements unique to set A which are not in set B.

- **Subset Analysis**:
  - Reflect on whether either of the two diagrammed sets must encompass the other completely.

- **Example Creation**:
  - Define specific sets A, B, and C such that their union operations do not produce the same set, demonstrating the unique contributions of the operations. 

This exercise will help illustrate the concepts of union and set difference in set theory using visual aids.
Transcribed Image Text:**Title: Exploring Venn Diagrams and Set Theory** **Task: Create Venn Diagrams** Construct Venn diagrams for the following set operations: 1. \( A \cup C \) 2. \( C \cup (A \setminus B) \) **Discussion Questions:** a. What can you conclude about whether one of these sets is necessarily a subset of the other? b. Provide an example of sets A, B, and C for which \( A \cup C \neq C \cup (A \setminus B) \). **Explanation:** - **Venn Diagrams**: - **Diagram for \( A \cup C \)**: This diagram should illustrate all elements that belong to either set A or set C or both. - **Diagram for \( C \cup (A \setminus B) \)**: This represents all elements in set C and those elements unique to set A which are not in set B. - **Subset Analysis**: - Reflect on whether either of the two diagrammed sets must encompass the other completely. - **Example Creation**: - Define specific sets A, B, and C such that their union operations do not produce the same set, demonstrating the unique contributions of the operations. This exercise will help illustrate the concepts of union and set difference in set theory using visual aids.
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