A° n (B UC)° B.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Shade the region corresponding to

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### Venn Diagram Explanation

This Venn diagram consists of three overlapping circles, labeled \(A\), \(B\), and \(C\). The circles represent different sets within a universal set, often used to illustrate the relationships between different groups.

#### Key Components:

1. **Circle A**: Represents set \(A\).
2. **Circle B**: Represents set \(B\).
3. **Circle C**: Represents set \(C\).

The intersection and union areas among these circles illustrate the various set operations.

#### Expression Explained:

The expression below the diagram is \(A^c \cap (B \cup C)^c\):

- **\(A^c\)**: Represents the complement of set \(A\), which includes all elements not in \(A\).
- **\(B \cup C\)**: Represents the union of sets \(B\) and \(C\), containing all elements that are in either \(B\) or \(C\) or in both.
- **\((B \cup C)^c\)**: Represents the complement of the union of sets \(B\) and \(C\). This includes all elements that are not in either \(B\) or \(C\).
- **\(\cap\)**: Denotes the intersection, meaning we are looking for elements common to both complements, \(A^c\) and \((B \cup C)^c\).

The shaded area, if depicted, would highlight the region that is outside both circle \(A\) and the union of circles \(B\) and \(C\), showing where there are no shared elements with those specified sets.
Transcribed Image Text:### Venn Diagram Explanation This Venn diagram consists of three overlapping circles, labeled \(A\), \(B\), and \(C\). The circles represent different sets within a universal set, often used to illustrate the relationships between different groups. #### Key Components: 1. **Circle A**: Represents set \(A\). 2. **Circle B**: Represents set \(B\). 3. **Circle C**: Represents set \(C\). The intersection and union areas among these circles illustrate the various set operations. #### Expression Explained: The expression below the diagram is \(A^c \cap (B \cup C)^c\): - **\(A^c\)**: Represents the complement of set \(A\), which includes all elements not in \(A\). - **\(B \cup C\)**: Represents the union of sets \(B\) and \(C\), containing all elements that are in either \(B\) or \(C\) or in both. - **\((B \cup C)^c\)**: Represents the complement of the union of sets \(B\) and \(C\). This includes all elements that are not in either \(B\) or \(C\). - **\(\cap\)**: Denotes the intersection, meaning we are looking for elements common to both complements, \(A^c\) and \((B \cup C)^c\). The shaded area, if depicted, would highlight the region that is outside both circle \(A\) and the union of circles \(B\) and \(C\), showing where there are no shared elements with those specified sets.
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