Algebra II

rbwalker15, Sierra Kemper, Mar 26, 2015


  • 1. Tranformations of Radical Inequalities
  • 2. Tranformations of Radical Equations
  • 3. Higher Order Functions and Index Numbers
  • 4. Square Root and Cube Root Families
  • 5. Quadratic Translation and Inverse
  • 6. Inverse Example #1 - Quadratic and Inverse
  • 7. Explore - Quadratic Equation and Inverse
  • 8. Graphs of higher orders
  • 9. Quadratic Symmetry 2
  • 10. Quadratic Symmetry
  • 11. Dilations of Quadratic Functions
  • 12. Dilations of Linear Identity
  • 13. ACCESS - step function translations and reflections
  • 14. ACCESS - 2.05 Data Set #2
  • 15. ACCESS - Blank Grid for Graphing
  • 16. ACCESS - Slope Exercises
  • 17. ACCESS Vertical Line Test 5
  • 18. ACCESS Vertical Line Test 4
  • 19. ACCESS Vertical Line Test 3
  • 20. ACCESS Vertical Line Test 2
  • 21. ACCESS Vertical Line Test
  • 22. Parabola Translations 3
  • 23. Parabola Translations 2
  • 24. Parabola Translations 1
  • 25. ACCESS - y intercept-slope form
  • 26. ACCESS - Exploring Slope
  • 27. ACCESS - Graphing with Slope and Y-Intercepts
  • 28. ACCESS - Graphing with x- and y-intercepts
  • 29. Plotting Points
  • 30. Relation or Function?
  • 31. Equations and Inequalities
  • 32. Algebra II Scatterplot
  • 33. Algebra II Scatterplot
  • 34. Greatest Integer Function
  • 35. Absolute Value and Distance
  • 36. Adding Numbers with a Number Line
  • 37. ACCESS - Parabola Equation
  • 38. ACCESS - Parabolas
  • 39. rational expression calculator

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Tranformations of Radical Inequalities

The four sliders change the value of different elements of the radical inequalities. i = index of the equation coeff = coefficient of the x term h = constant grouped with x term k = constant not grouped with x term Adjust these values to change the equation and the graph. Use the checkboxes to display the different inequalities one at a time. Only display one at a time.

1. Do the same patterns for transformation follow in the inequalities for i, coeff, h, and k? 2. How can you tell is the shading will be above or below the line? 3. How can you tell if the line is included in the solution or not? 4. What happens at the minimum value for the even indices?
– rbwalker15

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