1. I am able to solve a quadratic equation using complex numbers. I am able to add, subtract, multiply, and divide complex numbers. Solve the equation.

2. I am able to solve a quadratic equation using complex numbers. I am able to add, subtract, multiply, and divide complex numbers. Solve the equation.

3. I am able to solve a quadratic equation using complex numbers. I am able to add, subtract, multiply, and divide complex numbers. Put in standard form. (a+ bi)

4. I am able to solve a quadratic equation using complex numbers. I am able to add, subtract, multiply, and divide complex numbers. Put in standard form. (a+ bi)

5. What’s the discriminant? What kind and number of solutions? (real, imaginary) I am able to find the discriminant of a quadratic equation and identify the number and type of solutions.

6. What’s the discriminant? What kind and number of solutions? (real, imaginary) I am able to find the discriminant of a quadratic equation and identify the number and type of solutions. 21; 2 real solutions

7. Use the quadratic formula to solve for x. I am able to solve quadratic equations using the quadratic formula.

8. Use the quadratic formula to solve for x. I am able to solve quadratic equations using the quadratic formula.

9. I am able to evaluate numerical expressions involving powers. I am able to simply expressions involving powers using the properties of exponents. Simplify.

10. I am able to evaluate numerical expressions involving powers. I am able to simply expressions involving powers using the properties of exponents. Simplify.

11. I am able to identify the end behavior and graph a polynomial function.

13. I am able to identify and evaluate polynomial functions. Is this a polynomial function? If so, put it into standard form, state the degree, type, and leading coefficient.

14. I am able to identify and evaluate polynomial functions. Is this a polynomial function? If so, put it into standard form, state the degree, type, and leading coefficient.

15. I am able to add, subtract, and multiply polynomials. Find the product.

16. I am able to add, subtract, and multiply polynomials. Find the product.

17. I am able to completely factor a polynomial function using sum/difference of two cubes, difference of two squares, grouping, and/or trinomials methods. I am able to find all real number solutions to polynomials functions after factoring. Factor completely.

18. I am able to completely factor a polynomial function using sum/difference of two cubes, difference of two squares, grouping, and/or trinomials methods. I am able to find all real number solutions to polynomials functions after factoring. Factor completely.

19. I am able to completely factor a polynomial function using sum/difference of two cubes, difference of two squares, grouping, and/or trinomials methods. I am able to find all real number solutions to polynomials functions after factoring. Find the zeros.

20. I am able to completely factor a polynomial function using sum/difference of two cubes, difference of two squares, grouping, and/or trinomials methods. I am able to find all real number solutions to polynomials functions after factoring. Find the zeros. X=0, 2, -1, 6

21. I am able to divide polynomials using long division and/or synthetic division. I am able to use the Factor Theorem and Remainder Theorem to solve polynomial functions. Divide using long division.

22. I am able to divide polynomials using long division and/or synthetic division. I am able to use the Factor Theorem and Remainder Theorem to solve polynomial functions. Divide using long division.

23. I am able to divide polynomials using long division and/or synthetic division. I am able to use the Factor Theorem and Remainder Theorem to solve polynomial functions. Divide using synthetic division.

24. I am able to divide polynomials using long division and/or synthetic division. I am able to use the Factor Theorem and Remainder Theorem to solve polynomial functions. Divide using synthetic division.

25. I am able to use the Fundamental Theorem of Algebra to find the number of solutions to a polynomial function. I am able to use the Fundamental Theorem of Algebra to find all zeros of a polynomial function. Find all the zeros of the function.

26. I am able to use the Fundamental Theorem of Algebra to find the number of solutions to a polynomial function. I am able to use the Fundamental Theorem of Algebra to find all zeros of a polynomial function. Find all the zeros of the function.

27. I am able to use the Conjugates Theorem to write the equation of a polynomial function given the zeros. Write a polynomial function f with least degree that has rational coefficients, a leading coefficient of 1, and the given zeros.

28. I am able to use the Conjugates Theorem to write the equation of a polynomial function given the zeros. Write a polynomial function f with least degree that has rational coefficients, a leading coefficient of 1, and the given zeros.

29. I am able to use x-intercepts to graph a polynomial function. I am able to identify turning points of a polynomial functions to help graph the function. Graph the polynomial. Find the x-intercepts, the local max and local min.

30. I am able to use x-intercepts to graph a polynomial function. I am able to identify turning points of a polynomial functions to help graph the function. Graph the polynomial. Find the x-intercepts, the local max and local min.

31. I am able to write the equation of a higher-degree polynomial function given points that lie on the function. I am able to use a graphing calculator to find a polynomial function that fits given data points.

32. I am able to write the equation of a higher-degree polynomial function given points that lie on the function. I am able to use a graphing calculator to find a polynomial function that fits given data points.