y > 2x - 3 This inequality has a line, which means points on the line v solutions. For the inequality al Solid cate if the following points are solutions: Dotted Is the point (0,0) a scerr Is the point (4, 2) a solution? Is the point (1, -1) a solution? 9.

Algebra and Trigonometry (6th Edition)
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ChapterP: Prerequisites: Fundamental Concepts Of Algebra
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Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
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**Inequality Analysis and Solutions**

**Inequality:**
\[ y > 2x - 3 \]

**Instructions:**

1. **Line Type:** 
   - This inequality has a line which means points on the line indicate if the following points are solutions:
     - Options: Solid, Dotted
  
2. **Solution Verification:**
   - **Is the point (0, 0) a solution?** 
     - Options: [Dropdown]
  
   - **Is the point (4, 2) a solution?** 
     - Options: [Dropdown]
  
   - **Is the point (1, -1) a solution?** 
     - Options: [Dropdown]

**Page Number:**
- Page 9

**Guidance:**
Determine whether each given point satisfies the inequality, and whether the line representation should be solid or dotted based on the inequality type.
Transcribed Image Text:**Inequality Analysis and Solutions** **Inequality:** \[ y > 2x - 3 \] **Instructions:** 1. **Line Type:** - This inequality has a line which means points on the line indicate if the following points are solutions: - Options: Solid, Dotted 2. **Solution Verification:** - **Is the point (0, 0) a solution?** - Options: [Dropdown] - **Is the point (4, 2) a solution?** - Options: [Dropdown] - **Is the point (1, -1) a solution?** - Options: [Dropdown] **Page Number:** - Page 9 **Guidance:** Determine whether each given point satisfies the inequality, and whether the line representation should be solid or dotted based on the inequality type.
### Solving Inequalities

**Inequality:**  
\[ y > 2x - 3 \]

**Understanding the Problem:**

This inequality has a line, which means points on the line are solutions.

**Task:**

For the inequality above, indicate if the following points are solutions:

- **Is the point (4, 2) a solution?**  
  [Dropdown]

- **Is the point (0, 0) a solution?**  
  [Dropdown]

- **Is the point (1, -1) a solution?**  
  [Dropdown]

**Instructions:**

- Use the inequality \( y > 2x - 3 \) to determine if each point satisfies the condition. A point is a solution if the inequality holds true when the point's coordinates are substituted into the equation.
- Select "Yes" if the point is a solution and "No" if it is not using the dropdown options provided.
Transcribed Image Text:### Solving Inequalities **Inequality:** \[ y > 2x - 3 \] **Understanding the Problem:** This inequality has a line, which means points on the line are solutions. **Task:** For the inequality above, indicate if the following points are solutions: - **Is the point (4, 2) a solution?** [Dropdown] - **Is the point (0, 0) a solution?** [Dropdown] - **Is the point (1, -1) a solution?** [Dropdown] **Instructions:** - Use the inequality \( y > 2x - 3 \) to determine if each point satisfies the condition. A point is a solution if the inequality holds true when the point's coordinates are substituted into the equation. - Select "Yes" if the point is a solution and "No" if it is not using the dropdown options provided.
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