Virginia Math Analysis

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Select the number of each type of objective: (Selecting Random will randomly generate all subtypes) Click on any title to see the free sample worksheet. (only the first few samples are free) (Random) MA.CF.1 Characteristics and Functions: Polynomials and Rationals a. Using the Rational Roots Theorem b. Using Descartes's Rule of Signs c. Finding Zeros of Polynomials d. Determining Odd/Even Functions e. Finding Vertical Asymptotes of Rational Functions f. Finding Horizontal Asymptotes of Rational Functions g. Finding Slant Asymptotes of Rational Functions h. Creating Test Intervals of Rational Functions i. Finding areas of Increasing or Decreasing for Functions j. Odd/Even Trig Functions k. Symmetry in Trig Functions l. Finding end behavior of a Exponential Function m. Finding end behavior of a Logarithmic Function n. Identifying if a Trigonometric Function is odd o. Finding zeros of a Radical Function p. Finding end behavior of a Radical Function (Random) MA.CF.2 Characteristics and Functions: Limits a. Finding Limits from Graphs b. Finding Limits Algebraically c. Finding Limits Numerically (Using a Calculator) d. Describing End Behavior as Limits e. Finding Limits of Sequences (Random) MA.CF.3 Characteristics and Functions: Continuity a. Finding Points of Discontinuity (Graphs) b. Finding Points of Discontinuity (Expressions) c. Calculating Average Rate of Change d. Calculating Instantaneous Rate of Change (Random) MA.FR.1 Functional Relationships: Composition and Inverse a. Identifying Domain/Range b. Finding the Composition c. Finding the Inverse d. Identifying Transformations of Functions e. Graphing Functions through Transformations f. Writing Transformed Functions (Random) MA.FR.2 Functional Relationships: Exponential and Logarithm a. Finding Asymptotes of Exponential and Logarithmic Functions b. Finding Domain/Range of Exponential and Logarithmic Functions c. Graphing Exponential Functions d. Graphing Logarithmic Functions e. Changing from Logarithmic to Exponential Form f. Changing from Exponential to Logarithmic Form g. Expanding Logarithmic Expressions h. Contracting Logarithmic Expressions i. Solving Equations with Logs j. Exponential Word Problems k. Solving Equations With Logs (More Complicated) l. Solving Exponential Equations with Different Bases m. Using Change of Base Formula (Random) MA.FR.3 Functional Relationshipsy: Sequences a. Identifying Arithmetic/Geometry Sequences b. Writing the first n terms of an Arithmetic Sequence c. Defining an Arithmetic Sequence with Recursion d. Finding the n^th term formula for an Arithmetic Sequence e. Finding Arithmetic Means f. Evaluating Summations of Arithmetic Series (Number Arches Video) g. Writing the first n terms of a Geometric Sequence h. Defining a Geometric Sequence with Recursion i. Finding the n^th term formula for a Geometric Sequence j. Finding Geometric Means k. Evaluating Finite Summations of Geometric Series l. Evaluating Infinite Summations of Geometric Series	(Random) MA.FR.3 Functional Relationships: Series a. Writing the first n terms of an Arithmetic Sequence b. Finding the n^th term formula for an Arithmetic Sequence c. Evaluating Summations of Arithmetic Series (Number Arches Video) d. Writing the first n terms of a Geometric Sequence e. Finding the n^th term formula for a Geometric Sequence f. Evaluating Finite Summations of Geometric Series g. Evaluating Infinite Summations of Geometric Series (Random) MA.AG.1 Analytic Geometry: Conics a. Graphing a Circle b. Graphing an Ellipse c. Finding the 2 Focus Points of an Ellipse d. Graphing a Hyperbola e. Finding the 2 Focus Points of a Hyperbola f. Graphing a Parabola g. Focus and Directrix in a Parabola h. Identifying the Type of Conic from an Equation or a Picture i. Identifying the Type of Conic using the Discriminant j. Changing Equations to Standard Form (Completing the Square) k. Changing Equations to Standard Form (Another Method) l. Graphing Pictures of Conics (Equations in General form) m. Identifying Orthogonal Vectors (Random) MA.AG.2 Analytic Geometry: Parametric a. Graphing Parametric Equations b. Eliminating Parameters to Convert Parametric Equations c. Creating Parametric Equations d. Finding Orientation of Parametric Equations e. Modeling Motion over Time Problems f. Solving Motion over Time Problems (Random) MA.AG.3 Analytic Geometry: Vectors a. Using Vector Notation b. Adding and Subtracting Vectors c. Finding the Dot Product d. Identifying Parallel Vectors e. Identifying Orthogonal Vectors f. Finding Magnitude of a Vector g. Finding the Direction (from the Horizontal) (Requires Trig!) h. Multiplying a Vector by a Constant i. Finding a Unit Vector j. Finding the Angle between Two Vectors k. Finding the Projection of One Vector Onto Another l. Finding the Cross Product m. Select Properties of the Cross Product n. Vector Word Problems (Random) MA.AG.4 Analytic Geometry: Polar Equations a. Changing Points to Rectangular Form b. Changing Points to Polar Form c. Changing Equations to Rectangular Form d. Changing Equations to Polar Form e. Classifying Polar Equations f. Drawing Polar Equations g. Testing for Symmetry in Polar Equations h. Writing a Complex Number in Trigonometric Form (and visa-versa) i. Multiplying and Dividing Complex Numbers j. Applying DeMoivre's Theorem (Random) MA.AG.5 Equations: Matrices a. Adding/Subtracting Matrices b. Adding/Subtracting Matrices with Variables c. Multiplying Matrices d. Multiplying Matrices with Variables e. Matrix Word Problems f. Finding Determinants of Matrices g. Using Determinants of Matrices to find the area of a triangle h. Using Cramer's Rule i. Solving a System with Augmented Matrix j. Finding Inverse with Augmented Matrix k. Verifying Matrix Inverses through Multiplication
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