Decide whether the relation defined by the graph to the right defines a function, and give the domain and range. Ay 10- Does the graphed relation define a function? 6- Yes 4- V No -10 -6 -4 -2 -2- 10 What is the domain of the graphed relation? -4- -6- (Type your answer in interval notation.) 10

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what is the domain and range

### Graph Analysis and Function Determination

#### Does the graphed relation define a function?
- Options:
  - Yes
  - No (selected)

The graphed relation does not define a function because it fails the Vertical Line Test. The Vertical Line Test states that for a graph to represent a function, no vertical line should intersect the graph at more than one point. In this graph, vertical lines intersect the curve at multiple points.

#### What is the domain of the graphed relation?
✔ (Type your answer in interval notation.)

### Graph Description

The graph plotted is located on a Cartesian coordinate system with \( x \)-axis ranging from -10 to 10 and \( y \)-axis ranging from -10 to 10. The graph displays a curve that moves upward from the right and veers towards the left before looping back to the right. This shape clearly shows multiple \( y \)-values for certain \( x \)-values, which means it does not pass the Vertical Line Test, confirming the relation is not a function.

### Domain and Range Explanation

**Domain:** The domain of a relation is the set of all possible \( x \)-values. Since the graph extends horizontally from around \( x = -10 \) to \( x = 10 \), the domain can generally be represented in interval notation. However, the exact boundaries should be observed and one should input the correct interval according to the plotted curve.

**Range:** The range of a relation is the set of all possible \( y \)-values. The graph appears to vertically span from approximately \( y = -8 \) to \( y = 8 \) (though not explicitly asked for in this question, knowing the range is necessary for a full understanding).

Students should enter their determined domain in the provided box using interval notation. For example, if the correct domain extends from \( x = -10 \) to \( x = 10 \), the appropriate input would be \((-10, 10)\).
Transcribed Image Text:### Graph Analysis and Function Determination #### Does the graphed relation define a function? - Options: - Yes - No (selected) The graphed relation does not define a function because it fails the Vertical Line Test. The Vertical Line Test states that for a graph to represent a function, no vertical line should intersect the graph at more than one point. In this graph, vertical lines intersect the curve at multiple points. #### What is the domain of the graphed relation? ✔ (Type your answer in interval notation.) ### Graph Description The graph plotted is located on a Cartesian coordinate system with \( x \)-axis ranging from -10 to 10 and \( y \)-axis ranging from -10 to 10. The graph displays a curve that moves upward from the right and veers towards the left before looping back to the right. This shape clearly shows multiple \( y \)-values for certain \( x \)-values, which means it does not pass the Vertical Line Test, confirming the relation is not a function. ### Domain and Range Explanation **Domain:** The domain of a relation is the set of all possible \( x \)-values. Since the graph extends horizontally from around \( x = -10 \) to \( x = 10 \), the domain can generally be represented in interval notation. However, the exact boundaries should be observed and one should input the correct interval according to the plotted curve. **Range:** The range of a relation is the set of all possible \( y \)-values. The graph appears to vertically span from approximately \( y = -8 \) to \( y = 8 \) (though not explicitly asked for in this question, knowing the range is necessary for a full understanding). Students should enter their determined domain in the provided box using interval notation. For example, if the correct domain extends from \( x = -10 \) to \( x = 10 \), the appropriate input would be \((-10, 10)\).
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