Free Vector Analysis* By Murray R. Spiegel* Schaum's Outlines

Free Vector Analysis* By Murray R. Spiegel* Schaum's Outlines* For Students

Students, Vector Analysis which had its beginnings in the middle of the 19th century, has in recent years become an essential part of the mathematical background required of Engineers, Physicists, Mathematicians and other scientists. 

This book is designed to be used either as textbook for a formal course of students in vector analysis or as a very useful supplement to all current standards text. Each chapter in this book is provided with well defined explanations as well as solved examples and supplementary questions. Each question is presented with its answers at the end. This should very helpful for every student.

To me as a student, this book was really excellent and informative. Now its your turn to judge it, So here's the free download for you. . . .  . and ya don't forget to comment . . . . . .

First skip the ad, then it will start the download.  

Free Download Military Inc. by Ayesha Siddiqa

Military Inc. By Ayesha Siddiqa:

Ayesha Siddiqa (b. April 7, 1966) is a civilian military analyst and political commentator from Pakistan. She is also a regular op-ed contributor to Dawn News Papers, and before that to Daily Times. She currently writes for Express Tribune where her column appears every Friday. She previously served as professor of Military Science at the Johns Hopkins University.

This book Military Inc. includes the information and fact about the Pakistan Military Economics. This book also includes the history of the Evolution of Pakistan Military. 

Click Here to download

Download Beginners Visual Csharp 2010 free

Free Download  Beginning Visual C# 2010, Karli Watson, Christian Nagel, Jacob Hammer Pedersen, Jon D. Reid, Morgan Skinner by uok-ubit.blogspot.com

Half Adder Animated Digital Electronics

In electronics, an adder or summer is a digital circuit that performs addition of numbers. In modern computers adders reside in the arithmetic logic unit (ALU) where other operations are performed. Although adders can be constructed for many numerical representations, such as Binary-coded decimal or excess-3, the most common adders operate on binary numbers. In cases where two's complement or one's complement is being used to represent negative numbers, it is trivial to modify an adder into an adder-subtractor. Other signed number representations require a more complex adder.




A full adder can be implemented in many different ways such as with a custom transistor-level circuit or composed of other gates. One example implementation is with S = A \oplus B \oplus C_{in} and C_{out} = (A \cdot B) + (C_{in} \cdot (A \oplus B)).
Example full adder circuit diagram
Inputs: {A, B, Cin} → Outputs: {S, Cout}
File:Full Adder.JPG
Example full adder circuit diagram using only NAND and XOR gates
Inputs: {A, B, Cin} → Outputs: {S, Cout}

In this implementation, the final OR gate before the carry-out output may be replaced by an XOR gate without altering the resulting logic. Using only two types of gates is convenient if the circuit is being implemented using simple IC chips which contain only one gate type per chip.

A half adder is a logical circuit that performs an addition operation on two one-bit binary numbers often written as A and B. The half adder output is a sum of the two inputs usually represented with the signals Cout and S where sum = 2 \times C_{out} + S. Following is the logic table for a half adder:

Electronics WorkBench Tutorial!

How Electronics WorkBench Works!

Many people don't know how the EWB works, which creates alot 

problems and troubles for them while using EWB. So to use the 

EWB in correct way here is the EWB tutorial for you guys. 

This tutorial is intended as a quick introduction to EWB's basic

features. It first leads you through the fundamental steps of putting a

circuit together and analyzing its function using the instruments. The

final part of the tutorial consists of two exercises that try to illustrate the

power of EWB. It also tries to encourage you to apply the "what if"

approach to circuit design. It will greatly help your understanding of

electronics if you use EWB in an interactive manner: Make change to the

circuits you are working on, observe the effects that these changes have,

and try to understand them. EWB puts very little constraints on

parameters so do not be too timid, don't just change things by 10%, try

out what happens when you change them by a couple of orders in

magnitude.

Click here to download tutorial(pdf)!

click here to view online!

Digital electronics by Morris Mano

download link here:
http://www.mediafire.com/?fzpx4isihs6kkmj

Free Digital Electronics By Anil K. Maini

 Digital Electronics is the main and most important subject taught in UBIT. In fact this subject is taught in almost all the IT universities and institutes. Many students feels to much trouble to achieve proficiency in it. So to make it possible, I suggests you to read the digital electronics books regularly. The following Digital Electronics book is written by an Indian professor ANIL K MAINI. So it is possible you people to understand the concept inscribed in this book  easily and rapidly.

        If you want to download the copy of this book kindly comment your email under this post.