Calculus Early Transcendentals 6e - James Stewart Download

Author:       James Stewart 

ISBN-10:     049501169X 
ISBN-13:     978-0495011699 
Format:       E-Book PDF Format 
Publisher:    Thomson Learning 
Pub. Date:   2007 
Pages:        763

Discription:

The art of teaching, Mark Van Doren said, is the art of assisting discovery. I have tried to write a book that assists students in discovering calculus—both for its practical power and its surprising beauty. In this edition, as in the first five editions, I aim to convey to the student a sense of the utility of calculus and develop technical competence, but I also strive to give some appreciation for the intrinsic beauty of the subject. Newton undoubtedly experienced a sense of triumph when he made his great discoveries. I want students to share some of that excitement.
The emphasis is on understanding concepts. I think that nearly everybody agrees that this should be the primary goal of calculus instruction. In fact, the impetus for the current calculus reform movement came from the Tulane Conference in 1986, which formulated as their first recommendation:
                    Focus on conceptual understanding.

I have tried to implement this goal through the Rule of Three: “Topics should be presented geometrically, numerically, and algebraically.” Visualization, numerical and graphical experimentation, and other approaches have changed how we teach conceptual reasoning in fundamental ways. More recently, the Rule of Three has been expanded to become the Rule of Four by emphasizing the verbal, or descriptive, point of view as well. In writing the sixth edition my premise has been that it is possible to achieve conceptual understanding and still retain the best traditions of traditional calculus. The book contains elements of reform, but within the context of a traditional curriculum.

CONTENTS:

Chapter 1:   FUNCTIONS AND MODELS
Chapter 2:   LIMITS AND DERIVATIVES
Chapter 3:   DIFFERENTIATION RULES
Chapter 4:   APPLICATIONS OF DIFFERENTIATION
Chapter 5:   INTEGRALS
Chapter 6:   INTEGRALS
Chapter 7:   TECHNIQUES OF INTEGRATION
Chapter 8:   FURTHER APPLICATIONS OF INTEGRATION
Chapter 9:   DIFFERENTIAL EQUATIONS
Chapter 10: PARAMETRIC EQUATIONS AND POLAR COORDINATES
Chapter 11: INFINITE SEQUENCES AND SERIES
Chapter 12: VECTORS AND THE GEOMETRY OF SPACE
Chapter 13: VECTOR FUNCTIONS
Chapter 14: PARTIAL DERIVATIVES
Chapter 15: MULTIPLE INTEGRALS
Chapter 16: VECTOR CALCULUS

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Useful Calculus Formulas!!!

For more complex functions using the definition of the derivative Integration would be an almost impossible  task. Luckily for us we won’t have to use the definition terribly often. We will have to use it on occasion, however we have a large collection of formulas and properties that we can use to simplify our life considerably and will allow us to avoid using the definition whenever possible. We will introduce most of these formulas over the course of the next several sections. We will start in this section with some of the basic properties and formulas. We will give the properties and formulas in this section in both “prime” notation and “fraction” notation.

Differentiation Formulas:                                 Download HERE

Integration Formulas:                                       Download HERE

Area & Circle Formulas:                                    Download HERE

Trignometric Formulas:                                    Download HERE

Calclus With Analytical Geometry - S.M Yousaf Book Download

Calclus With Analytical Geometry 

Author: S.M Yosaf ,Muhammad Amin

Edition : Seventh

Published By: Ilmi Kitab Khana

Composed By: Khurshid Composing

Format: PDF File Format

Description:

In the present edition a few topics has been incorporated. Some material has been rearranged. Motional changes have aslo been made. The book is being presented in a nre format for which the publishers deserve our deep gratitude and appreciation.

Table Of Contents:

1)  Real Numbers, Limits And Continuity

2) The Derivative

3) General Theorems, Indeterminate Forms

4) Techniques of Integration

5) The Definite Integral

6) Plane Curves 1

7) Plane Curves 2

8) Analytic Geometry Of Three Dimensions

9) Functions Of Several Variables

10) Mutiple Integrals

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Chapter-4 

Schaum's Outline of Vector Analysis - Ebook Download

Author:            Spiegel; Murray Spiegel
Publisher:        MCGRAW-HILL
ISBN:               9780070602281
Publish date:  June 1968
Format:            PDF
Size:                 15 MB

Discription:

Introducing to students the vector analysis, this title presents different kinds of equations and natural aid for forming internal pictures of physical and geometrical thoughts. It is good for students of the physical sciences and of physics, mechanics, electromagnetic theory, aerodynamics, and many other fields.

This book introduces students to vector analysis, a concise way of presenting certain kinds of equations and a natural aid for forming mental pictures of physical and geometrical ideas. Students of the physical sciences and of physics, mechanics, electromagnetic theory, aerodynamics and a number of other fields will find this a rewarding and practical treatment of vector analysis. Key points are made memorable with the hundreds of problems with step-by-step solutions, and many review questions with answers.

Table of contents:

Vectors 
Scalars 
Vector algebra 
Laws of vector algebra 
Unit vectors 
Rectangular unit vectors 
Components of a vector 
Scalar fields 
Vector fields 
The Dot and Cross Product 16 (19) 
Dot or scalar products 
Cross or vector products 
Triple products Reciprocal sets of vectors 
Vector Differentiation 35 (22) 
Ordinary derivatives of vectors 
Space curves 
Continuity and differentiability 
Differentiation formulas 
Partial derivatives of vectors 
Differentials of vectors 
Differential geometry 
Mechanics 
Gradient, Divergence and Curl 57 (25) 
The Vector differential operator del 
Gradient 
Divergence 
Curl 
Formulas involving del 
Invariance 
Vector Integration 82 (24) 
Ordinary integrals of vectors 
Line integrals 
Surface integrals 
Volume integrals 
The Divergence Theorem, Stokes' Theorem, and 106(29) 
Related Integral Theorems 
The divergence theorem of Gauss 
Stokes' theorem 
Green's theorem in the plane 
Related integral theorems 
Integral operator form for del 
Curvilinear Coordinates 135(31) 
Transformation of coordinates 
Orthogonal curvilinear coordinates 
Unit vectors in curvilinear systems 
Arc length and volume elements 
Gradient, divergence and curl 
Special orthogonal coordinate systems 
Cylindrical coordinates 
Spherical coordinates 
Parabolic cylindrical coordinates 
Paraboloidal coordinates 
Elliptic cylindrical coordinates 
Prolate spheroidal coordinates 
Oblate spheroidal coordinates 
Ellipsoidal coordinates 
Bipolar coordinates 
Tensor Analysis 166(52) 
Physical laws, Spaces of N dimensions 
Coordinate transformations 
The summation convention 
Contravariant and covariant vectors 
Contravariant, Covariant and mixed tensors 
The Kronecker delta 
Tensors of rank greater than two 
Scalars or invariants 
Tensor fields 
Symmetric and skew-symmetric tensors 
Fundamental operations with tensors 
Matrices 
Matrix algebra 
The line element and metric tensor 
Conjugate or reciprocal tensors 
Associated tensors 
Length of a vector 
Angle between vectors 
Physical components 
Christoffel's symbols 
Transformation laws of Christoffel's symbols 
Geodesics 
Covariant derivatives 
Permutation symbols and tensors 
Tensor form of gradient, divergence and curl 
The intrinsic or absolute derivative 
Relative and absolute tensors 
Index 218

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Digital And Logic Design 2nd Edition Download

Digital design
By M. Morris Mano
Contributor M. Morris Mano
Edition: 2
Published by Prentice-Hall, 1991
Original from the University of Michigan
Digitized Dec 18, 2007
ISBN 013212937X, 9780132129374
516 pages

This book has been on the market for many years (which in itself seems like a good sign), and when it comes to learning the fundamentals of digital design, it is hard to find a better reference. The books strong points include a number of good examples in each chapter, and plenty of problems that seem quite reasonable for a beginning student to solve. My only criticism may be the absence of a chapter on VHDL, which would probably have more use than some of the other topics (such as the various types of logic families) discussed towards the end of the book

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Computer Dictionary

The purpose of this Computer Dictionary is to provide a meaningful definition of the important computer and telecommunications words, phrases, buzzwords, and technical terms used in the world of computers and the Internet. While this document is comprehensive, it does not contain every definition possible. The level should be adequate to provide an explanation of the technology with minimum use of technical terms, and is thus directed towards the lay person. In the last 100 years, we have seen the extraordinary acceleration of the development of technology. This era has spawned the invention of countless information-based products and allowed us to contact people worldwide, regardless of time and location. The quantity of information available to us is without bounds. However, this need for technology has created the need for a computer-literate workforce. It is the hope that this document will provide the basic knowledge for rural Texans to begin the path towards computer literacy and understanding.
This document is a part of the effort to provide technical assistance, training, materials, and resources to enable rural communities and Texans to move into the Digital Age through the use of technology, computers, high-speed broadband communications, and the Internet. It is the larger goal that rural Texas communities should have access to all of the available resources and information on technology and telecommunications. Thus, it is the anticipated outcome that through this assistance and provided resources, rural Texas communities will develop their capacity to fully utilize technology and telecommunications.


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