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A9.g Forms of Quadratic Functions

A9.g Forms of Quadratic Functions

A9.k Graphing Quadratics

A9.k Graphing Quadratics

A9.l Parameters of Quadratics

A9.l Parameters of Quadratics

A9.m Transforming Quadratics

A9.m Transforming Quadratics

A9.h Finding Intercepts of a Quadratic

A9.h Finding Intercepts of a Quadratic

A9.i Finding the Vertex of a Quadratic

A9.i Finding the Vertex of a Quadratic

A9.j Number of Roots of a Quadratic

A9.j Number of Roots of a Quadratic

A9.f Deriving the Quadratic Formula

A9.f Deriving the Quadratic Formula

A9.d Completing the Square

A9.d Completing the Square

A9.b Solving by Factoring

A9.b Solving by Factoring

A9.e Solving by Completing the Square

A9.e Solving by Completing the Square

A9.a Intro to Quadratics

A9.a Intro to Quadratics

A9.c Solving to Find Roots

A9.c Solving to Find Roots

A8.e Factoring by Difference of Squares

A8.e Factoring by Difference of Squares

A8.d More Factoring by Splitting the Linear Term

A8.d More Factoring by Splitting the Linear Term

A8.c Factoring by Splitting the Linear Term

A8.c Factoring by Splitting the Linear Term

A8.b Factoring by Grouping

A8.b Factoring by Grouping

A8.a Factoring by GCF

A8.a Factoring by GCF

A7.h Perfect Square Trinomials

A7.h Perfect Square Trinomials

A7.g Multiplying Polynomials

A7.g Multiplying Polynomials

A7.f Exponent Rules

A7.f Exponent Rules

A7.e Powers of Powers and Products

A7.e Powers of Powers and Products

A7.d Practice with Products and Quotients of Powers

A7.d Practice with Products and Quotients of Powers

A7.b Integer Exponents

A7.b Integer Exponents

A7.c Products and Quotients of Powers

A7.c Products and Quotients of Powers

A7.a Exponents

A7.a Exponents

A6.f Graphing Systems of Inequalities

A6.f Graphing Systems of Inequalities

A6.e Graphing Two-Variable Inequalities

A6.e Graphing Two-Variable Inequalities

A6.d Solving by Elimination

A6.d Solving by Elimination

A6.c Solving by Substitution

A6.c Solving by Substitution

A6.b Solving by Graphing

A6.b Solving by Graphing

A6.a Systems

A6.a Systems

A5.g Writing Linear Equations

A5.g Writing Linear Equations

A5.f Point-Slope Form

A5.f Point-Slope Form

A5.d Slope-Intercept Form

A5.d Slope-Intercept Form

A5.e Parallel and Perpendicular Slopes

A5.e Parallel and Perpendicular Slopes

A5.a Slope

A5.a Slope

A5.c Intercepts

A5.c Intercepts

A5.b Linear Relations

A5.b Linear Relations

A4.c Graphing Functions

A4.c Graphing Functions

A4.c Graphing Functions

A4.c Graphing Functions

A4.b Evaluating Functions

A4.b Evaluating Functions

A4.a Functions

A4.a Functions

A3.d Graphing Compound Inequalities

A3.d Graphing Compound Inequalities

A3.c Writing One-Variable Inequalities

A3.c Writing One-Variable Inequalities

A3.b Graphing One-Variable Inequalities

A3.b Graphing One-Variable Inequalities

A3.a Solving One-Variable Inequalities

A3.a Solving One-Variable Inequalities

A2.d Percent Change

A2.d Percent Change

A2.c Solving Multivariable Equations

A2.c Solving Multivariable Equations

A2.b Practice Solving One-Variable Linear Equations

A2.b Practice Solving One-Variable Linear Equations

A2.a Solving One-Variable Equations

A2.a Solving One-Variable Equations

A1.a Translating Verbal Expressions (1/2)

A1.a Translating Verbal Expressions (1/2)

A1.f Commuative and Associative Properties - Combining Like Terms

A1.f Commuative and Associative Properties - Combining Like Terms

A1.b Number Systems

A1.b Number Systems

A1.e Distributive Property

A1.e Distributive Property

A1.d Dividing and Rationizing Square Roots

A1.d Dividing and Rationizing Square Roots

A1.c Multiplying and Simplifying Square Roots

A1.c Multiplying and Simplifying Square Roots

G12.c (1/1) Permutations and Combinations

G12.c (1/1) Permutations and Combinations

G12.b (1/1) Independent and Dependent Probability

G12.b (1/1) Independent and Dependent Probability

G12.a (1/1) Introduction to Probability

G12.a (1/1) Introduction to Probability

G11.g (2/2) Surface Area of Spheres

G11.g (2/2) Surface Area of Spheres

G11.g (1/2) Volume of Spheres

G11.g (1/2) Volume of Spheres

G11.f (1/1) Surface Area of Pyramids and Cones

G11.f (1/1) Surface Area of Pyramids and Cones

G11.e (1/1) Volume of Pyramids and Cones

G11.e (1/1) Volume of Pyramids and Cones

G11.d (1/1) Volume of Prisms and Cylinders

G11.d (1/1) Volume of Prisms and Cylinders

G11.c (1/1) Surface Area of Prisms and Cylinders

G11.c (1/1) Surface Area of Prisms and Cylinders

G11.a (1/1) Defining 3D Figures

G11.a (1/1) Defining 3D Figures

G11.b (1/1) Orthographic Projection

G11.b (1/1) Orthographic Projection

G10.c (1/1) Area of Regular Polygons

G10.c (1/1) Area of Regular Polygons

G10.a (2/2) Area of Composite Figures

G10.a (2/2) Area of Composite Figures

G10.b (1/1) Scaling Dimensions Proportionally

G10.b (1/1) Scaling Dimensions Proportionally

G10.a (1/2) Area of Simple Figures

G10.a (1/2) Area of Simple Figures

G9.d (1/1) Quadrilaterals in the Coordinate Plane

G9.d (1/1) Quadrilaterals in the Coordinate Plane

G9.c (1/1) Diagonals of Quadrilaterals

G9.c (1/1) Diagonals of Quadrilaterals

G9.a (1/1) Polygons

G9.a (1/1) Polygons

G9.b (1/1) Parallelogram Definitions

G9.b (1/1) Parallelogram Definitions

G8.c (1/2) Secant and Tangent Angles

G8.c (1/2) Secant and Tangent Angles

G8.c (2/2) Secant and Tangent Segments

G8.c (2/2) Secant and Tangent Segments

G8.b (1/1) Inscribed Angles

G8.b (1/1) Inscribed Angles

G8.d (1/1) The Circle Equation

G8.d (1/1) The Circle Equation

G8.e (1/1) Radians

G8.e (1/1) Radians

G8.a (1/1) Introduction to Circles

G8.a (1/1) Introduction to Circles

G7.b (2/2) Finding Missing Angle Measures using Trig

G7.b (2/2) Finding Missing Angle Measures using Trig

G7.b (1/2) Finding Missing Side Lengths using Right Triangle Trigonometry

G7.b (1/2) Finding Missing Side Lengths using Right Triangle Trigonometry

G7.a (1/1) Intro to Trigonometry

G7.a (1/1) Intro to Trigonometry

G6.c (1/1) Special Right Triangles

G6.c (1/1) Special Right Triangles

G6.b (3/3) Finding Lengths Using Similarity

G6.b (3/3) Finding Lengths Using Similarity

G6.b (2/3) Proving Triangles Similar

G6.b (2/3) Proving Triangles Similar

G6.b (1/3) Similarity

G6.b (1/3) Similarity

G6.a (1/1) Solving Proportions

G6.a (1/1) Solving Proportions

G5.c (1/1) Triangle Congruence Postulate

G5.c (1/1) Triangle Congruence Postulate

G5.b (1/1) Isosceles and Equilateral Triangles

G5.b (1/1) Isosceles and Equilateral Triangles

G5.a (1/1) Triangle Angle Sum Theorem

G5.a (1/1) Triangle Angle Sum Theorem

G4.b (1/1) First Proof Examples

G4.b (1/1) First Proof Examples

G1.a (1/1) Points, Lines, and Planes

G1.a (1/1) Points, Lines, and Planes

G3.b (1/1) Rotation

G3.b (1/1) Rotation

G3.c (1/1) Dilation

G3.c (1/1) Dilation

G2.d (2/2) 2D Fractional Distance

G2.d (2/2) 2D Fractional Distance

G2.b (1/2) Graphing Linear Equations

G2.b (1/2) Graphing Linear Equations

G2.d (1/2) 2D Midpoint

G2.d (1/2) 2D Midpoint

G2.b (2/2) Writing Linear Equations from Graphs

G2.b (2/2) Writing Linear Equations from Graphs

G4.a (1/1) Congruent v Supplementary

G4.a (1/1) Congruent v Supplementary

G3.a (3/3) Translation

G3.a (3/3) Translation

G3.b (2/3) Reflection

G3.b (2/3) Reflection

G3.a (1/3) Intro to Transformations

G3.a (1/3) Intro to Transformations

G2.c (1/1) Parallel and Perpendicular Slopes

G2.c (1/1) Parallel and Perpendicular Slopes

G2.a (2/2) The Distance Formula

G2.a (2/2) The Distance Formula

G2.a (1/2) Slope

G2.a (1/2) Slope

G1.d (1/1) Conditional Statements

G1.d (1/1) Conditional Statements

G1.c (1/1) Segment Addition

G1.c (1/1) Segment Addition

G1.b (1/4) Number Lines

G1.b (1/4) Number Lines

G1.b (4/4) 1D Midpoint

G1.b (4/4) 1D Midpoint

G1.b (3/4) Fractional Distance in 1D

G1.b (3/4) Fractional Distance in 1D

G1.b (2/4) 1D Distance

G1.b (2/4) 1D Distance

P12.e (2/2) Using Derivatives

P12.e (2/2) Using Derivatives

P12.e (1/2) Polynomial Derivatives

P12.e (1/2) Polynomial Derivatives

P12.d (1/2) Derivatives

P12.d (1/2) Derivatives

P12.d (2/2) Calculating Derivatives by Definition

P12.d (2/2) Calculating Derivatives by Definition

P12.c (2/2) Evaluating Limits at Infinity

P12.c (2/2) Evaluating Limits at Infinity

P12.c (1/2) Evaluating Limits by Rationalizing

P12.c (1/2) Evaluating Limits by Rationalizing

P12.b (2/2) Evaluating Limits by Cancelling

P12.b (2/2) Evaluating Limits by Cancelling

P12.b (1/2) Adding, Subtracting, and Multiplying Limits

P12.b (1/2) Adding, Subtracting, and Multiplying Limits

P12.a (2/3) Evaluating Limits from Graphs

P12.a (2/3) Evaluating Limits from Graphs

P12.a (3/3) Evaluating Limits by Substitution

P12.a (3/3) Evaluating Limits by Substitution

P12.a (1/3) Introduction to Limits

P12.a (1/3) Introduction to Limits

P11.g (2/2) Polar Equations of Conics using Eccentricity

P11.g (2/2) Polar Equations of Conics using Eccentricity

P11.g (1/2) Lemniscates

P11.g (1/2) Lemniscates

P11.f (3/3) Rose Graphs

P11.f (3/3) Rose Graphs

P11.c (2/2) Converting Between Polar and Rectangular Coordinates

P11.c (2/2) Converting Between Polar and Rectangular Coordinates

P11.d (1/1) Graphing Polar Equations by Evaluation

P11.d (1/1) Graphing Polar Equations by Evaluation

P11.f (1/3) Understanding Polar Equations by Symmetries

P11.f (1/3) Understanding Polar Equations by Symmetries

P11.e (1/1) Graphing Polar Equations by Converting to Rectangular Form

P11.e (1/1) Graphing Polar Equations by Converting to Rectangular Form

P11.c (1/2) Graphing Polar Points

P11.c (1/2) Graphing Polar Points

P11.b (1/2) Eliminating Parameters

P11.b (1/2) Eliminating Parameters

P11.b (2/2) Graphing Parametric Equations by Eliminating Parameters

P11.b (2/2) Graphing Parametric Equations by Eliminating Parameters

P11.a (1/2) Introduction to Parametric Equations

P11.a (1/2) Introduction to Parametric Equations

P11.a (2/2) Graphing Parametric Equations by Evaluation

P11.a (2/2) Graphing Parametric Equations by Evaluation

Graphing a Rotated Conic Example

Graphing a Rotated Conic Example

P10.g (1/1) Comparing and Contrasting Conics

P10.g (1/1) Comparing and Contrasting Conics

P10.f (1/1) Using Rotation for Conic Sections

P10.f (1/1) Using Rotation for Conic Sections

P10.e (2/3) Performing Rotation of Axes

P10.e (2/3) Performing Rotation of Axes

P10.e (3/3) Performing Rotation of Axes - Example 3

P10.e (3/3) Performing Rotation of Axes - Example 3

P10.e (1/3) Proof - Rotation of Axes

P10.e (1/3) Proof - Rotation of Axes

P10.d (2/3) Properties of Hyperbolae

P10.d (2/3) Properties of Hyperbolae

P10.d (1/3) Graphing Hyperbolae

P10.d (1/3) Graphing Hyperbolae

P10.d (3/3) Proof - Equation of Hyperbola

P10.d (3/3) Proof - Equation of Hyperbola

P10.c (3/3) Proof - Equation of Ellipse

P10.c (3/3) Proof - Equation of Ellipse

P10.c (2/3) Properties of Ellipses

P10.c (2/3) Properties of Ellipses

P10.c (1/3) Graphing Ellipses

P10.c (1/3) Graphing Ellipses

P10.b (1/1) Parabola - Focus and Directrix

P10.b (1/1) Parabola - Focus and Directrix

P9.d (1/1) Partial Sums of Geometric Series

P9.d (1/1) Partial Sums of Geometric Series

P9.c (1/3) Partial Sums of an Arithmetic Sequence

P9.c (1/3) Partial Sums of an Arithmetic Sequence

P9.c (3/3) Infinite Geometric Series

P9.c (3/3) Infinite Geometric Series

P9.e (1/2) Recursive versus Explicit Sequences

P9.e (1/2) Recursive versus Explicit Sequences

P9.b (1/2) Sigma Notation

P9.b (1/2) Sigma Notation

P9.b (2/2) Factorials

P9.b (2/2) Factorials

P9.c (2/3) Sigma Notation Shortcuts

P9.c (2/3) Sigma Notation Shortcuts

P8.h (1/4) Writing Linear Equations from Word Problems

P8.h (1/4) Writing Linear Equations from Word Problems

P8.h (4/4) Number of Solutions

P8.h (4/4) Number of Solutions

P8.h (2/4) Solving Systems by Substitution

P8.h (2/4) Solving Systems by Substitution

P8.h (3/4) Solving by Graphing

P8.h (3/4) Solving by Graphing

P8.g (2/3) Solving Matrix Multiplication Equations using Inverses

P8.g (2/3) Solving Matrix Multiplication Equations using Inverses

P8.f (1/4) Inverse Matrices using Gauss-Jordan Elimination

P8.f (1/4) Inverse Matrices using Gauss-Jordan Elimination

P8.g (1/3) Inverse Formula for 2x2 Matrices

P8.g (1/3) Inverse Formula for 2x2 Matrices

P8.g (3/3) Minor and Cofactor Definition of Matrix Determinant

P8.g (3/3) Minor and Cofactor Definition of Matrix Determinant

P8.f (2/4) 3x3 Inverse Matrix Example

P8.f (2/4) 3x3 Inverse Matrix Example

Gaussian Elimination - A Strategy

Gaussian Elimination - A Strategy

P8.c (3/4) Solving Simple Matrix Equations

P8.c (3/4) Solving Simple Matrix Equations

P8.c (2/4) Matrix Scalar Multiplication

P8.c (2/4) Matrix Scalar Multiplication

P8.c (1/4) Adding and Subtracting Matrices

P8.c (1/4) Adding and Subtracting Matrices

P8.b (6/7) Back Substitution

P8.b (6/7) Back Substitution

P8.b (3/7) Gauss-Jordan Elimination 2

P8.b (3/7) Gauss-Jordan Elimination 2

P8.b (7/7) Writing and Interpreting Parametric Solutions to a System

P8.b (7/7) Writing and Interpreting Parametric Solutions to a System

P8.b (5/7) Gauss-Jordan Elimination 4

P8.b (5/7) Gauss-Jordan Elimination 4

P8.b (4/7) Gauss-Jordan Elimination 3

P8.b (4/7) Gauss-Jordan Elimination 3

P8.b (2/7) Gauss-Jordan Elimination 1

P8.b (2/7) Gauss-Jordan Elimination 1

P8.b (1/7) Reduced Row Echelon Form

P8.b (1/7) Reduced Row Echelon Form

P8.a (1/1) Introduction to Matrices

P8.a (1/1) Introduction to Matrices

P7.g (1/1) 3D Vector Arithmetic

P7.g (1/1) 3D Vector Arithmetic

P7.f (1/3) Parametric Equations of Lines

P7.f (1/3) Parametric Equations of Lines

P7.f (3/3) Distance between Points and Planes

P7.f (3/3) Distance between Points and Planes

P7.f (2/3) Symmetric Equations of Lines

P7.f (2/3) Symmetric Equations of Lines

P7.e (3/3) Finding Angles Between Planes

P7.e (3/3) Finding Angles Between Planes

P7.e (2/3) Coplanar Points

P7.e (2/3) Coplanar Points

P7.e (1/3) Planes

P7.e (1/3) Planes

P7.b (3/3) Trace in 3D Space

P7.b (3/3) Trace in 3D Space

P7.c (2/2) Calculating Cross Products

P7.c (2/2) Calculating Cross Products

P7.b (2/3) Spheres in Space

P7.b (2/3) Spheres in Space

P7.c (1/2) Introduction to Cross Products

P7.c (1/2) Introduction to Cross Products

P7.d (1/1) Triple Scalar Products

P7.d (1/1) Triple Scalar Products

P7.b (1/3) Distance and Midpoints in 3D

P7.b (1/3) Distance and Midpoints in 3D

P7.a (2/2) Introduction to 3D Graphing

P7.a (2/2) Introduction to 3D Graphing

P7.a (1/2) Graphing 3D Points

P7.a (1/2) Graphing 3D Points

P6.k (1/1) Multiplying Complex Numbers Graphically

P6.k (1/1) Multiplying Complex Numbers Graphically

P6.j (1/1) Adding and Subtracting Complex Numbers Graphically

P6.j (1/1) Adding and Subtracting Complex Numbers Graphically

P6.i (2/2) Finding kth Roots of Complex Numbers

P6.i (2/2) Finding kth Roots of Complex Numbers

P6.i (1/2) Multiplying and Dividing Complex Numbers in Polar Form

P6.i (1/2) Multiplying and Dividing Complex Numbers in Polar Form

P6.h (1/3) Absolute Value of a Complex Number

P6.h (1/3) Absolute Value of a Complex Number

P6.h (2/3) Trigonometric Form of a Complex Number

P6.h (2/3) Trigonometric Form of a Complex Number

P6.h (3/3) Multiplying Complex Numbers in Polar Form

P6.h (3/3) Multiplying Complex Numbers in Polar Form