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Notes Over 9.4 Checking a Solution Using a Graph The solution, or roots of an equation are the x-intercepts. Solve the equation algebraically. Check the.

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Presentation on theme: "Notes Over 9.4 Checking a Solution Using a Graph The solution, or roots of an equation are the x-intercepts. Solve the equation algebraically. Check the."— Presentation transcript:

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2 Notes Over 9.4 Checking a Solution Using a Graph The solution, or roots of an equation are the x-intercepts. Solve the equation algebraically. Check the solutions graphically.

3 Notes Over 9.4 Checking a Solution Using a Graph Solve the equation algebraically. Check the solutions graphically.

4 Notes Over 9.4 Checking a Solution Using a Graph Solve the equation algebraically. Check the solutions graphically.

5 Notes Over 9.4 Solving an Equation Graphically Solve the equation graphically. Check the solutions algebraically.

6 Notes Over 9.4 Solving an Equation Graphically Solve the equation graphically. Check the solutions algebraically.

7 Notes Over 9.4 Solving an Equation Graphically Solve the equation graphically. Check the solutions algebraically.

8 Notes Over 9.4 Solving an Equation Graphically Solve the equation graphically. Check the solutions algebraically.

9 Notes Over 9.4 Solving an Equation Graphically Solve the equation graphically. Check the solutions algebraically.

10 Notes Over 9.4 Solving an Equation Graphically Solve the equation graphically. Check the solutions algebraically.

11 Notes Over 9.4 Using Quadratic Equations in Real Life 7. Algebraically check the solution in Example 3. Registration appears to be about 210 dollars.

12 Notes Over 9.4


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