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WAGmob brings you Simple 'n Easy, on-the-go learning book for "Calculus".
The book provides:
Snack sized chapters for easy learning.
Designed for both students and adults.
This book provides a quick summary of essential concepts in Calculus by following snack sized chapters:
Limits, Continuity and Functions,
•Introduction to Calculus.
•Limits and Continuity.
•Definition of Limit.
•Right Hand and Left Hand Limit.
•Limits Principle.
•Limits of Trigonometric Functions.
•Continuity.
•Continuity Properties.
•Function Definition.
•Examples of Function.
•Independent Variable.
•Dependent Variable.
•Boolean Functions.
•One-to-One Functions.
•Onto Functions.
•Exponential Functions.
•Logarithmic Functions.
•One-to-One Correspondences.
•Inverse Functions.
Derivatives and Differentiation,
•Differentiation.
•Derivative: Definition.
•Derivative: Example.
•Continuity and Differentiability.
•Higher- Order Derivatives.
•Inflection Point.
•Differential Notations.
Applications of Derivative,
•Applications of Derivative.
•Motion in a Straight Line.
•Derivative of Increasing and Decreas-ing Functions.
•Curve Sketching.
•Rolle’s Theorem.
•Lagrange’s Mean Value Theorem.
Techniques of Differentiation I,
•Derivative Rules.
•Implicit Differentiation.
•Common Derivatives.
•Trigonometric Derivatives.
•Derivative of sin x.
•Derivative of cos x.
•Derivative of tan x.
•Derivative of cot x.
•Derivative of sec x.
•Derivative of cosec x.
Techniques of Differentiation II,
•Inverse Trigonometric Derivatives.
•Derivative of Inverse sin Function.
•Derivative of Inverse cos Functions.
•Derivative of Inverse tan Function.
•Exponential Derivatives.
•Logarithmic Derivatives.
•Second Order Derivative.
•Partial Derivatives.
Integrals and Integration,
•Integral and Integration.
•Definite Integral.
•Riemann Sum.
•Formal Definition of Definite Integral.
•Approximating Definite Integrals.
•Indefinite Integral.
•Fundamental Theorem of Calculus.
Techniques of Integration,
•Integration Properties.
•Common Integrals.
•Trigonometric Integrals.
•Integrals of Some Particular Functions.
•Integration by Substitution.
•Integration by Parts.
•Trigonometric Substitution.
•Integrals of Some More Types.
Applications of Integration,
•Applications of Integration.
•Area under Curve.
•Area between Two Curves.
•Arc Length.
•Volume of Revolved Solid (Disk Method).
•Volume of Revolved Solid (Washer method).
•Volume of Revolved Solid (Shell Method).
•Surface Area.
•Applications of Definite Integral.
•Relation between Velocity and Acceleration.
•Relation between Position and Velocity.
Differential Equations,
•Differential Equations.
•Types of Differential Equations.
•How to solve Differential Equations.
•Differential Equations: Applications.
•Radioactive Decay in Nuclear Physics.
•Newton’s Law of Cooling.
•Malthusian Growth Model.
•Acceleration of Falling Object.
Parametric Equations and Calculus,
•Parametric Equations.
•Slope of the Tangent Line.
•Higher Order Derivatives for Parametric Equations.
•Arc Length of Parametric Curves.
•Slope with Parametric Equations.
Calculus of Polar Curves and Power Series,
Microeconomics,
Probability and Statistics.
About WAGmob books:
1) A companion book for on-the-go, bite-sized learning.
2) Offers value for money (a lifetime of free updates).
3) Over One million paying customers from 175+ countries.
WAGmob Vision : Simple 'n easy books for a lifetime of on-the-go learning.
WAGmob brings you Simple 'n Easy, on-the-go learning book for "Calculus".
The book provides:
Snack sized chapters for easy learning.
Designed for both students and adults.
This book provides a quick summary of essential concepts in Calculus by following snack sized chapters:
Limits, Continuity and Functions,
•Introduction to Calculus.
•Limits and Continuity.
•Definition of Limit.
•Right Hand and Left Hand Limit.
•Limits Principle.
•Limits of Trigonometric Functions.
•Continuity.
•Continuity Properties.
•Function Definition.
•Examples of Function.
•Independent Variable.
•Dependent Variable.
•Boolean Functions.
•One-to-One Functions.
•Onto Functions.
•Exponential Functions.
•Logarithmic Functions.
•One-to-One Correspondences.
•Inverse Functions.
Derivatives and Differentiation,
•Differentiation.
•Derivative: Definition.
•Derivative: Example.
•Continuity and Differentiability.
•Higher- Order Derivatives.
•Inflection Point.
•Differential Notations.
Applications of Derivative,
•Applications of Derivative.
•Motion in a Straight Line.
•Derivative of Increasing and Decreas-ing Functions.
•Curve Sketching.
•Rolle’s Theorem.
•Lagrange’s Mean Value Theorem.
Techniques of Differentiation I,
•Derivative Rules.
•Implicit Differentiation.
•Common Derivatives.
•Trigonometric Derivatives.
•Derivative of sin x.
•Derivative of cos x.
•Derivative of tan x.
•Derivative of cot x.
•Derivative of sec x.
•Derivative of cosec x.
Techniques of Differentiation II,
•Inverse Trigonometric Derivatives.
•Derivative of Inverse sin Function.
•Derivative of Inverse cos Functions.
•Derivative of Inverse tan Function.
•Exponential Derivatives.
•Logarithmic Derivatives.
•Second Order Derivative.
•Partial Derivatives.
Integrals and Integration,
•Integral and Integration.
•Definite Integral.
•Riemann Sum.
•Formal Definition of Definite Integral.
•Approximating Definite Integrals.
•Indefinite Integral.
•Fundamental Theorem of Calculus.
Techniques of Integration,
•Integration Properties.
•Common Integrals.
•Trigonometric Integrals.
•Integrals of Some Particular Functions.
•Integration by Substitution.
•Integration by Parts.
•Trigonometric Substitution.
•Integrals of Some More Types.
Applications of Integration,
•Applications of Integration.
•Area under Curve.
•Area between Two Curves.
•Arc Length.
•Volume of Revolved Solid (Disk Method).
•Volume of Revolved Solid (Washer method).
•Volume of Revolved Solid (Shell Method).
•Surface Area.
•Applications of Definite Integral.
•Relation between Velocity and Acceleration.
•Relation between Position and Velocity.
Differential Equations,
•Differential Equations.
•Types of Differential Equations.
•How to solve Differential Equations.
•Differential Equations: Applications.
•Radioactive Decay in Nuclear Physics.
•Newton’s Law of Cooling.
•Malthusian Growth Model.
•Acceleration of Falling Object.
Parametric Equations and Calculus,
•Parametric Equations.
•Slope of the Tangent Line.
•Higher Order Derivatives for Parametric Equations.
•Arc Length of Parametric Curves.
•Slope with Parametric Equations.
Calculus of Polar Curves and Power Series,
Microeconomics,
Probability and Statistics.
About WAGmob books:
1) A companion book for on-the-go, bite-sized learning.
2) Offers value for money (a lifetime of free updates).
3) Over One million paying customers from 175+ countries.
WAGmob Vision : Simple 'n easy books for a lifetime of on-the-go learning.
