Kit de sobrevivência da Matemática - Edição Maple
* Segue alguns dos principais tópicos matemáticos do original: Todas os assuntos matemáticos estão totalmente traduzidos para o idioma português do Brasil, uma exclusividade com parceiros da Inovatisoft...!!!

The Mathematics Survival Kit - Maple Edition
Operation Cooperation and Fraction Traction
Factoring: A Product of Practice
The Remainder and Factor Theorems for Polynomials
The Straight Goods on Lines and Planes
Solving Two Linear Equations Using Substitution
Solving Two Linear Equations Using Row Reduction
Consistent, Inconsistent and Dependent Systems of Linear Equations
Giving the Third Degree to Second Degree Polynomials: Quadratics!
Solving Quadratic Equations Using the Quadratic Formula
Factoring Quadratic Equations Using the Quadratic Formula
Problems Involving the Sum and Product of the Roots of a Quadratic Equation
Solving Inequalities with Less (<) Difficulty, Greater (>) Ease
Solving Quadratic Inequalities
Solving Inequalities with Two or More Factors
Increasing the Magnitude of Your Absolute Value Knowledge
Solving Absolute Value Equations
Solving Easy Absolute Value Inequalities
Getting to the Root of Square Roots
The Basics of Square Root and the Reason
Solving Equations Involving Square Roots
Rationalizing Denominators that Have
Some Basic Graphs and Some Basics about Graphs
Graphs of Basic Quadratic Relations
Basic
Graphs, where
(Even and Odd Functions)
Shifting or Rescaling a Given Graph
Graphing Polynomials without Calculus
Vertical and Horizontal Asymptotes
Graphs with the Greatest Integer Function
The Survival Kit Logs Powerful Time with Exponents and Logarithms
Inverse Formulas for Exponents and Logarithms
Log Differentiation Part II: The derivative of
Drawing Your Attention to Some Basic Geometry
Angling Right in on Trigonometry
Related Angles in Standard Position
Trig Ratios for the (
,
,
) Triangle
Trig Ratios for the (
,
,
) Triangle
The Circle Definition of Sine and Cosine
Commonly Used Trigonometric Formulas Including Derivatives and Integrals
A Straightforward Approach to Limits
Easy Limits: "No Problem" Problems
Continuity (There's a Hole in the Function, Dear Liza, Dear Liza)
Continuity and Discontinuity at a Point
Continuous Functions (Intervals of Continuity)
Continuity and Branch Functions
Derivatives or Going on a Tangent about Slopes
Finding the Derivative from the Definition
Differentiable Functions (Intervals of Differentiability)
Differentiability and Branch Functions
Min and Max Points from the First Derivative
Graphing and Interpreting
versus
versus
Graph Sketching with Calculus: Vertical Tangent!
Estimating Using the Differential
Derivatives: The Quotient Rule
Derivatives: Implicit Differentiation
Derivatives: Implicit Differentiation Second Derivative
Integrating Your Knowledge about the Anti-Derivative
Easy Integrals/Anti-Derivatives
Easy Integrals that Need a Little Tweaking
The Chain Rule In Reverse (CRIR): No Adjustments Needed!
CRIR: Adjustments Needed BUT Don't Use Substitution!
CRIR: Adjustments Needed and Using Substitution
Substitution when the CRIR Won't Work
Integration by Parts: The Basic Examples
Integration by Parts: Circular Integration By Parts
Integration by Parts: The Tan-Sec Connection
Inverse Functions: Now that's a Switch!
Derivatives of Inverse Functions
Warming Up to Polar Coordinates
Polar to Rectangular Coordinates; Rectangular to Polar Equations
Rectangular to Polar Coordinates; Polar to Rectangular Equations
Going to Any Lengths to Give You New Direction with Vectors
The Dot or Scalar or Inner Product of Two Vectors
The Vector or Cross Product of Two Vectors
The Vector Equation of a Plane
The Scalar Equation of a Plane: Ax + By + Cz = D
Intersection of Two Lines in
: Parallel/Coincident Case
Intersection of Two Lines in
: Non-Parallel/Non-Coincident Case
Intersection of Three Planes: Parallel/Coincident Case
Intersection of Three Planes: Non-Parallel/Non-Coincident Case
A Few Terms in Sequences and Series and a Sampling of Statistics
Summation Notation and Common SUM=
Formulas
Arithmetic and Geometric Sequences and Series
Combinations and Permutations: Choosing and Arranging
Mean, Median, Mode and Standard Deviation