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Algebra and Trigonometry (6th Edition)
6th Edition
ISBN:9780134463216
Author:Robert F. Blitzer
Publisher:Robert F. Blitzer
ChapterP: Prerequisites: Fundamental Concepts Of Algebra
Section: Chapter Questions
Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
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can anyone find f(3) and find when f(x) = 5 on this graph please?
### Analyzing Piecewise Functions

The provided image is a graph depicting piecewise functions. Let's analyze the components step-by-step for a clear understanding.

#### Graph Components

1. **Axes and Scale**:
    - **X-axis** (horizontal scale): The horizontal line represents the X-axis, running from -15 to 15.
    - **Y-axis** (vertical scale): The vertical line represents the Y-axis, running from -15 to 15.
    - Each grid unit increases by 1 on both the X and Y axes.

2. **Points and Lines**:
    - **Closed Circle**: Indicates the endpoint is included in the function. For this graph, we see closed circles at points:
        1. (-10, -10)
        2. (5, 10)
        3. (10, 5)
    - **Open Circle**: Indicates the endpoint is not included in the function. For this graph, we see open circles at points:
        1. (-8, 0)
        2. (5, 5)
   
3. **Line Segments**:
    - **First Line Segment**: Starts from the closed circle at (-10, -10) and extends to the open circle at (-8, 0).
    - **Second Line Segment**: Starts from the closed circle at (5, 10) and extends to the open circle at (10, 5).

4. **Arrows**: Indicate that the lines continue infinitely in the specified direction.
    - **First Arrow**: From (-15, 5), passing through (-10, -10) and extending downward and leftward.
    - **Second Arrow**: From the open circle at (10, 5) and continuing downward and rightward.

#### Function Description

The graph represents a piecewise function with distinct segments. Each segment is active in specific intervals concerning the X-axis:

1. **Segment from (-∞, -10]**:
    - The function line extends infinitely from the left (negative infinity) to -10, forming a continuous line segment with a closed circle at (-10, -10).
 
2. **Segment from [-10, -8)**:
    - A line segment is drawn from the closed circle at (-10, -10) to the open circle at (-8, 0).
    
3. **Segment from [5, 10
Transcribed Image Text:### Analyzing Piecewise Functions The provided image is a graph depicting piecewise functions. Let's analyze the components step-by-step for a clear understanding. #### Graph Components 1. **Axes and Scale**: - **X-axis** (horizontal scale): The horizontal line represents the X-axis, running from -15 to 15. - **Y-axis** (vertical scale): The vertical line represents the Y-axis, running from -15 to 15. - Each grid unit increases by 1 on both the X and Y axes. 2. **Points and Lines**: - **Closed Circle**: Indicates the endpoint is included in the function. For this graph, we see closed circles at points: 1. (-10, -10) 2. (5, 10) 3. (10, 5) - **Open Circle**: Indicates the endpoint is not included in the function. For this graph, we see open circles at points: 1. (-8, 0) 2. (5, 5) 3. **Line Segments**: - **First Line Segment**: Starts from the closed circle at (-10, -10) and extends to the open circle at (-8, 0). - **Second Line Segment**: Starts from the closed circle at (5, 10) and extends to the open circle at (10, 5). 4. **Arrows**: Indicate that the lines continue infinitely in the specified direction. - **First Arrow**: From (-15, 5), passing through (-10, -10) and extending downward and leftward. - **Second Arrow**: From the open circle at (10, 5) and continuing downward and rightward. #### Function Description The graph represents a piecewise function with distinct segments. Each segment is active in specific intervals concerning the X-axis: 1. **Segment from (-∞, -10]**: - The function line extends infinitely from the left (negative infinity) to -10, forming a continuous line segment with a closed circle at (-10, -10). 2. **Segment from [-10, -8)**: - A line segment is drawn from the closed circle at (-10, -10) to the open circle at (-8, 0). 3. **Segment from [5, 10
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