Prepared by Earl Mitchelle & Patricia Morris

Calculus AB  

Zeros

Asymptotes

Symmetry

Domain

Odd/Even

Range

Inverse

Limits

Linear Equation

Continuity

Calculus AB  

Analyze a Function Given as a Table of Values

Tangent Line Equation

Differentiation & Evaluation

Increasing & Decreasing Functions

Critical Numbers, Maximum & Minimum Points--Relative & Absolute

Concavity

Inflection Points

Average Rate of Change

Critical Numbers, Maximum & Minimum Points, Increasing & Decreasing, Concavity, Inflection Points from the Graph of f'(x)

Critical Numbers, Maximum & Minimum Points, Increasing & Decreasing, Concavity, Inflection Points from a Table of Values of f(x), f'(x), & f"(x)

Curve Sketching Using Information from a Table of Values Of f(x), f'(x), and f"(x) or from the Graph of f'(x)

Mean Value Theorem For Derivatives

Implicit Differentiation

Linear Approximation

Related Rates

Calculus AB  

Area & Interpretation

Riemann Sums Using Left, Right, & Midpoint Evaluation Points

Properties Of Integrals

Trapezoidal Rule

Fundamental Theorems

Mean (Average) Value

Volumes of Solids Disks & Washers

Volumes With Known Cross-Sections

Solving Differential Equations: Separation of Variables

Drawing Slope Field from Differential Equation

Rectilinear Motion Equations for Position, Velocity, & Acceleration; Direction of Motion; Total Distance

Rectilinear Motion: Position, Velocity, & Acceleration; Total Distance from the Graph of Velocity

Rectilinear Motion Analysis from a Graph

Definite Integral As An Accumulator

Accumulation of the Derivative with Initial Condition

Integration by Parts

Calculus AB  

Draw a Graph In a Given Window

Find the Zeros of a Function

Find The Intersection Points Of Two Graphs

Evaluate a Definite Integral

Evaluate a Derivative