This class is taught in English.

Represent complex numbers in a variety of ways.
• Extend the number system to include complex numbers in a + bi form.
• Identify the use for the square root of a negative number and define the imaginary unit.
• Simplify square roots, including those containing negative radicands.
• Simplify problems using mathematical operations.
• Add, subtract, multiply, and divide complex numbers.
• Raise the imaginary unit to a power.
• Simplify radical expressions of any index.
• Evaluate, solve, and analyze mathematical situations using algebraic properties
and symbols.
• Solve quadratic equations by factoring and the quadratic formula.
• Solve radical equations, including those with extraneous solutions.
• Write a quadratic equation when given the rational roots or zeros of the function.
• Represent quantitative relationships using mathematical models and symbols.
• Solve real world problems using the methods for solving quadratic equations.
• Find the vertex, maximum or minimum values, intercepts, and axis of symmetry of
a quadratic function.
• Apply the steps of factoring.
• Factor a quadratic trinomial with a leading coefficient.
• Factor using multiple steps.
• Specify locations and describe spatial relationships using coordinate geometry.
• Graph quadratic functions.
• Simplify problems using mathematical operations.
• Simplify numerical expressions with exponents of any degree.
• Add, subtract, and multiply polynomial expressions with any number of terms.
• Divide polynomial expressions using synthetic division.
• Evaluate, solve, and analyze mathematical situations using algebraic properties
and symbols.
• Solve polynomial equations by factoring.
• Recognize that negative exponents mean reciprocals.
• Use synthetic substitution to evaluate polynomial functions.
• Apply the steps of factoring.
• Factor a quadratic trinomial with a leading coefficient.
• Factor by grouping.
• Factor using multiple steps.
• Factor polynomials of 3rd, 4th, or 5th degree.
• Specify locations and describe spatial relationships using coordinate geometry.
• Graph polynomial functions.
• Simplify problems using mathematical operations.
• Finding the zeros of a polynomial function.

Homework Offered
3-4 worksheet per week.

Assessments will be available for those who hand in the following assignments
-Quiz one
-Project one
-Quiz 2/ Project two (students choice)
-Quiz 3 (Cumulative) 
2 - 4 hours per week outside of class
Assessments Offered
After each part all students will be given a letter of completion.
Those students who turn in graded materials will get a letter grade at the end of that part.
Those students who complete the graded material in all five parts with get a written assessment of skills.
Grades Offered