Algebra 2

Algebra 2
Item# F11_128
Availability: Usually ships in 5-7 business days

Product Description

Topics Covered:

Coordinate (Cartesian) Plane, Coordinate Plane: x-axis, Coordinate Plane: y-axis, Coordinate Plane: Origin, Coordinate Plane: Quadrants, Coordinate Plane: Points, Coordinate Plane: Ordered Pair, Equations: Standard Form, Four Steps to Graph a Line, Slopes of Lines: Defined, Slope-Intercept Form of a Line, Horizontal Lines, Vertical Lines, Vertical Lines: Undefined, Finding Equations of Lines, Systems of Linear Equations: Intersecting Lines, Systems of Linear Equations: Parallel Lines, Systems of Linear Equations: Coinciding Lines, Systems of Linear Equations: Consistent, Systems of Linear Equations: Independent, Systems of Linear Equations: Dependent, Systems of Linear Equations: Inconsistent, Solving Systems by Substitution, Solving Systems by Linear Combinations, Relation, Function, Domain, Range, Linear Functions, Constant Linear Functions, Function Notation, Restrictions on Domain, Composition of Functions, Inverse Functions, Direct Variation, Inverse Variation, Synthetic Division, Remainder Theorem, Factor Theorem, Solving Polynomial Equations, Solving Polynomial Equations: Zeros, Solving Polynomial Equations: Factors, Solving Polynomial Equations: Solutions, Fundamental Theorem of Algebra, Integral Zero Theorem, Integral Zero Theorem: Integral Polynomial, Rational Zero Theorem, Theorems for Solving Polynomial Equations, Theorems for Solving Polynomial Equations: Irrational Root Theorem, Theorems for Solving Polynomial Equations: Conjugate Root Theorem, Radicals: Square Root, Simplifying Square Roots, Simplifying Other Radicals: Cube Root, Properties of Radicals, Addition of Radicals, Addition of Radicals: Like Radicals, Multiplication of Radicals, Rationalizing the Denominator, Radical Equations, Exponential Functions, Solving Equations With Exponents, Solving Equations With Exponents: Equal Powers, Logarithmic Functions: Definition, Logarithmic Functions: Convert to Log Form, Logarithmic Functions: Convert to Exponential Form, Evaluating Logarithms, Properties of Logarithms, Common Logarithms, Natural Logarithms, Logarithmic/ Exponential Equations, Arithmetic Sequences, Arithmetic Sequences: Series, Geometric Sequences, Geometric Sequences: Series, Infinite Geometric Series