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SUBJECT SYLLABUS | |||||||||||
Mathematics | |||||||||||
College Algebra Plane Geometry Solid Geometry Trigonometry Vector Analysis Calculus 1 Calculus 2 Physics 1 Physics 2 Physics 3 Physics 4 Statistics & Pobability Advance Math Numerical Analysis Mechanics Differential Equation Thermodynamics |
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Calculus 1
1. Introduction ·
Precalculus Review 1.
Functions 2.
Graphing Lines 3.
Parabolas 4.
Some Non-Euclidean Geometry 2. Limits ·
The Concept of the Limit 1.
Finding Rate of Change over an Interval 2.
Finding Limits Graphically 3.
The Formal Definition of a Limit 4.
The Limit Laws 5.
One-Sided Limits 6.
Continuity and Discontinuity ·
Evaluating Limits 1.
Evaluating Limits 2.
Limits and Indeterminate Forms 3.
Two Techniques for Evaluating Limits 4.
An Overview of Limits 3. Introduction to Derivatives ·
Understanding the Derivative 1.
Rates of Change, Secants, and Tangents 2.
Finding Instantaneous Velocity 3.
The Derivative 4.
Differentiability ·
Using the Derivative 1.
The Slope of a Tangent Line 2.
Instantaneous Rate 3.
The Equation of a Tangent Line 4.
More on Instantaneous Rate ·
Some Special Derivatives 1.
The Derivative of the Reciprocal Function 2.
The Derivative of the Square Root Function 4.
Computational Techniques ·
The Power Rule 1.
A Shortcut for Finding Derivatives 2.
A Quick Proof of the Power Rule 3.
Uses of the Power Rule ·
The Product and Quotient Rules 1.
The Product Rule 2.
The Quotient Rule ·
The Chain Rule 1.
An Introduction to the Chain Rule 2.
Using the Chain Rule 3.
Combining Computational Techniques 5. Special Functions ·
Trigonometric Functions 1.
A Review of Trigonometry 2.
Graphing Trigonometric Functions 3.
The Derivatives of Trigonometric Functions 4.
The Number Pi ·
Exponential Functions 1.
Graphing Exponential Functions 2.
Derivatives of Exponential Functions 3.
The Music of Math ·
Logarithmic Functions 1.
Evaluating Logarithmic Functions 2.
The Derivative of the Natural Log Function 3.
Using the Derivative Rules with Transcendental Functions 6.
Implicit Differentiation ·
Implicit Differentiation Basics 1.
An Introduction to Implicit Differentiation 2.
Finding the Derivative Implicitly ·
Applying Implicit Differentiation 1.
Using Implicit Differentiation 2.
Applying Implicit Differentiation 7. Practical Application of the Derivative ·
Position and Velocity 1.
Acceleration and the Derivative 2.
Solving Word Problems Involving Distance and Velocity ·
Linear Approximation 1.
Higher-Order Derivatives and Linear Approximation 2.
Using the Tangent Line Approximation Formula 3.
Newton's Method ·
Optimization 1.
The Connection Between Slope and Optimization ·
Related Rates 8. Curve Tracing ·
Introduction 1.
An Introduction to Curve Tracing 2.
Three Big Theorems 3.
Morale Moment ·
Critical Points 1.
Critical Points 2.
Regions Where a Function Increases or Decreases 3.
The First Derivative Test ·
Concavity 1.
Concavity and Inflection Points 2.
Using the Second Derivative to Examine Concavity 3.
The Möbius Band ·
Graphing Using the Derivative 1.
Graphs of Polynomial Functions 2.
Cusp Points and the Derivative 3.
Domain-Restricted Functions and the Derivative 4.
The Second Derivative Test ·
Asymptotes 1.
Vertical Asymptotes 2.
Horizontal Asymptotes and Infinite Limits 3.
Graphing Functions with Asymptotes 4.
Functions with Asymptotes and Holes 5.
Functions with Asymptotes and Critical Points |
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