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JEOPARDY!

JEOPARDY!. Graphing Quadratics. Graphing. Solving using Square Roots. Solving by Factoring. Solving by Quadratic Formula. Discriminants. 1. 1. 1. 1. 1. 1. 2. 2. 2. 2. 2. 2. 3. 3. 3. 3. 3. 3. 4. 4. 4. 4. 4. 4. 5. 5. 5. 5. 5. 5. GO TO FINAL JEOPARDY.

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JEOPARDY!

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  1. JEOPARDY!

  2. Graphing Quadratics Graphing Solving using Square Roots Solving by Factoring Solving by Quadratic Formula Discriminants 1 1 1 1 1 1 2 2 2 2 2 2 3 3 3 3 3 3 4 4 4 4 4 4 5 5 5 5 5 5 GO TO FINAL JEOPARDY

  3. Graphing Quadratics – 1 point Use the quadratic equation to complete the table of values: y = 5x2 + 1 RETURN TO JEOPARDY BOARD

  4. Graphing Quadratics– 2 points Find the vertex of the parabola given by: y = 2x2 + 4x - 6 RETURN TO JEOPARDY BOARD

  5. Graphing Quadratics – 3 points Find the axis of symmetry of the parabola given by: y = x2 + 3x - 6 RETURN TO JEOPARDY BOARD

  6. Graphing Quadratics – 4 points Use the quadratic equation to complete the table of values: y = 5(x+3)2 + 1 RETURN TO JEOPARDY BOARD

  7. Graphing Quadratics – 5 points Describe how to tell if a graph of a quadratic equation will have a maximum or minimum. RETURN TO JEOPARDY BOARD

  8. Graphing – 1 point What are the solution(s) of the quadratic equation graphed below? RETURN TO JEOPARDY BOARD

  9. Graphing – 2 points Will the vertex of y = 2x2-3x-5 be a maximum or minimum? RETURN TO JEOPARDY BOARD

  10. Graphing – 3 points Determine the vertex of y = x2+4x-10 RETURN TO JEOPARDY BOARD

  11. Graphing – 4 points Determine the vertex of y = (x+6)(x – 3) RETURN TO JEOPARDY BOARD

  12. Solving by Graphing – 5 points Determine the vertex of y = -(x+5)2-8 and if it will be a maximum or minimum. RETURN TO JEOPARDY BOARD

  13. Solving by Square Roots – 1 point Solve for m. m2 – 36 = 0 RETURN TO JEOPARDY BOARD

  14. Solving by Square Roots – 2 points Solve for t. -39 + t2 = 10 RETURN TO JEOPARDY BOARD

  15. DAILY DOUBLE Solving by Square Roots – 3 points Solve for n. 4(n + 1)2 = 20 RETURN TO JEOPARDY BOARD

  16. Solving by Square Roots – 4 points Solve for g. 5g2 – 5 = 4 + g2 RETURN TO JEOPARDY BOARD

  17. Solving by Square Roots – 5 points Solve for n. (n – 5)2 + 5 = 30 RETURN TO JEOPARDY BOARD

  18. Solving by Factoring - 1 point Solve by factoring. x2 – 25 = 0 RETURN TO JEOPARDY BOARD

  19. Solving by Factoring - 2 points Solve by factoring. 3m2 – 9m = 0 RETURN TO JEOPARDY BOARD

  20. Solving by Factoring - 3 points Solve by factoring. t2 +2t + 1 = 0 RETURN TO JEOPARDY BOARD

  21. Solving by Factoring - 4 points Solve by factoring. h2 - 27h + 50 = 0 RETURN TO JEOPARDY BOARD

  22. Solving by Factoring - 5 points Solve by factoring. d2 + 9d + 14 = 0 RETURN TO JEOPARDY BOARD

  23. Solving by the Quadratic Formula – 1 point Round your answer to the nearest hundredth. x2 + 6x – 10 = 0 RETURN TO JEOPARDY BOARD

  24. Solving by the Quadratic Formula – 2 points Round your answer to the nearest hundredth. 6x2 – 2x + 5 = 0 RETURN TO JEOPARDY BOARD

  25. Solving by the Quadratic Formula – 3 points Round your answer to the nearest hundredth. -x2 + 4x – 16 = 0 RETURN TO JEOPARDY BOARD

  26. Solving by the Quadratic Formula – 4 points Round your answer to the nearest hundredth. 5x2 – 2x = -1 RETURN TO JEOPARDY BOARD

  27. Solving by the Quadratic Formula – 5 points Round your answer to the nearest hundredth. -3x2 + 7x – 9 = 0 RETURN TO JEOPARDY BOARD

  28. Discriminants – 1 point Explain how to tell how many solutions an equation has by using its discriminant. RETURN TO JEOPARDY BOARD

  29. Discriminants– 2 points Tell how many solutions the equation has without solving. z2 + 3z + 75 = 0 RETURN TO JEOPARDY BOARD

  30. Discriminants – 3 points Tell how many solutions the equation has without solving. 3x2 – x – 1 = 0 RETURN TO JEOPARDY BOARD

  31. Discriminants – 4 points Tell how many solutions the equation has without solving. 10x2 + 12x – 1 = 0 RETURN TO JEOPARDY BOARD

  32. Discriminants – 5 points Explain WHY a quadratic equation with a negative discriminant has no solutions. RETURN TO JEOPARDY BOARD

  33. FINAL JEOPARDY! Give 3 different methods that can be used to solve a quadratic equation. then tell WHEN (or why) you would want to use each one.

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