Complete patterns

Use algebraic reasoning to solve problems (complex)

Complete patterns of objects (multiple missing sections)

Complete and continue patterns of objects (missing terms)

Complete patterns of objects (missing terms)

Use algebraic reasoning to solve problems (simple)

Complete patterns of objects (one missing section)

Identify true equations (addition, subtraction)

Use a quadratic model to solve an area minimization problem

Solve quadratic equations to find areas of geometric shapes

Represent linear functions algebraically, graphically, and with a table of values

Represent verbal problems with algebraic equations (version 1)

Identify coefficients and constants in algebraic expressions

Model visual patterns with equations and solve

Create and solve two-step equations (four operations)

Solve abstract problems derived from a step function defined by inequalities

Complete a table of values for a simple linear function

Complete a table of values for a complex linear function

Use geometric models to derive the formula for the square of a sum

Use the difference of squares law to expand and factorize expressions

Derive the Completing The Square method

Solve linear equations (two steps)

Solve linear equations (one step)

Connect the solutions to a quadratic equation with its coefficients by visually interpreting changes to its graph

Use quadratic equations to find and relate areas of inscribed circles and squares

Factor quadratic expressions to solve divisibility problems

Find unknown coefficient values to enable factoring of quadratic equations

Use quadratic models and solve quadratic equations using factoring

Identify values of coefficients in quadratic equations resulting in particular types of solutions

Use the Quadratic Formula to understand solutions to equations

Connect the reflection symmetry of parabolas with the form of their quadratic equation

Represent functions using both formal notation and flow charts

Write and solve a system of equations that represents a real life scenario using graphical methods

Adjust the coefficients of linear equations to pass through points on the Cartesian plane

Identify equivalent algebraic expressions

Match linear equations with their graphical representation

Relate factors among equivalent expressions to find solutions to quadratic equations

Use different factoring techniques to create and identify equivalent polynomials

Solve quadrilateral area problems with algebra

Use quadratic equations to solve geometric problems

Create algebraic equations from verbal descriptions

Represent verbal problems with algebraic equations (version 2)

Distinguish between direct and inverse proportion and solve problems

Match linear functions to tables of values

Verify solutions to given equations

Substitute into algebraic expressions and evaluate (quadratic)

Complete a table of values for a complex linear function

Complete a table of values for a linear function

Find and compare values of abstract expressions

Complete a table of values for a linear function

Manipulate and solve quadratic equations involving squares of sums

Prove the square of a difference formula for quadratic equations with geometric methods

Solve quadratic equations by completing the square

Solve linear equations (variables on both sides)

Model related linear relationships and interpret the change in coefficients graphically

Represent functions using algebraic notation, graphing tools, and tables

Model and solve a successive percentage problem using a quadratic equation

Solve quadratic equations by taking square roots

Identify values of coefficients in quadratic equations resulting in particular solutions

Modify coefficients in linear equations to create systems with differing numbers of solutions