wpe41.gif (23084 bytes)CIS3355: Business Data Structures
Fall, 2008
 

Adding in Binary

[Home Page] [Web Navigation] [(In)FAQs] [Class Schedule] [Textbook] [Lecture Slides] [Additional Coverage] [Supplementary Material] [Evaluation Areas] [Course Submissions] [Student Information]

Site: http://www.learnbinary.com/home.htm
bulletLearning binary: This website can be useful for those who are having trouble understanding how to convert from binary to decimal or hexadecimal and reverse the steps. There is also an explanation on binary addition and adding binary fractions. It also provides information on how the two s complement method is used to represent negative numbers. Notes on binary floating point are included.
bulletThis website has a lot of information on binary numbers its interactive do you learn by doing. It features quizzes and links to pages that have new information. You can play around by converting decimal to binary and binary to decimal, it explains everything you are doing so I think is a very helpful page to go and practice the conversions.
Site: http://www.play-hookey.com/digital/adder.html
bulletAdding Binary Numbers: The website has rules and a quick introduction into adding binary coding. The examples are followed by illustrations on how the problem is done. The site also has numerous links to different topics. They also have a discussion of negative numbers and binary subtraction.
Site: http://www.cs.colorado.edu/~l3d/courses/CSCI1200-96/binary.html
bulletVery useful and helpful website to learning how to add binary numbers. Even if you never even heard of what binary numbers are, it explains them and teaches you step by step to adding them together.It also shows you what the numeric numbers 1-15 are represented in binary.
Site: http://www.math.grin.edu/~rebelsky/Courses/152/97F/Readings/student-binary.html#add
bulletThe Binary System: This is a good website since it provides some basic concepts that are behind the binary system, some basic rules and a short introduction into how to add, multiply, and divide binary code. Also, this website shows some methods on how to convert from decimal to binary code and negation in the binary system.
Site: http://l3d.cs.colorado.edu/courses/CSCI1200-96/binary.html
bulletThis is a very nice page because it shows you how to add binary numbers. It gives step by step on everything you need to know about binary arithmetic.
Site:  http://www.mathsisfun.com/binary-digits.html
bulletThis page contains good information on binary digits and helpful links
Site: http://www.usbyte.com/common/Binary System.htm
bulletInformation on Binary Systems: This site gives you an insight of the binary system
Site:  http://en.wikipedia.org/wiki/Binary_numeral_system
bulletGood information on binary numeral system
Site: http://www.geocities.com/regia_me/
bulletBinary Number System (by A. Calleja) : This site explains the Binary Numbers system. This site is user friendly and has several sections to it. These sections are the “Number Representations and Conversions of Binary”, “Ranges and Bits”, and “paper for 2a candidates”. The most useful section to me was the “Number Representations and Conversions of Binary” because this section shows the representation and conversion of everyday decimal numbers into binary numbers. This section also explains the reversal method, that is converting binary numbers into decimal numbers. The Hexadecimal section explains how the hexadecimal number system works and how binary numbers can be converted easily into Hex numbers. The “Ranges and Bits” section of this site shows the relationship between a range of values in data and the number of bits needed, for example, calculator and cash register digits. I highly recommend this site, it shows various examples and easy to understand methods of conversions.
Site: http://mtl.math.uiuc.edu/non-credit/compconn/bits/index2.html
bulletBinary Information :The follwing website gives information on what bits and bytes are and how they are used. Also located on the site is a Number Adding Computer in which you can add up binary numbers which will provide you with its decimal representation. There are a lot of illustrations that you can mess around with and learn how binary numbers are used. This site was easy to use and provided a good amount of information.
bulletBinary Information (Bits and Bytes): I found this website extremely helpful. I enjoyed the way the website approaches the information and how it delivers it. The context is simple and easy to comprehend. The website illustrates how binary numbers work by using light bulbs similar to our instructor’s lectures. It gives the unique byte for each Latin character which will come in handy for the first quiz. This website takes you step by step on how to add binary numbers with the “Carry Method” and shows you how the computers does it. What I found most beneficial from this website is the hands on feature. If you consider yourself as a hands on learner, this site is for you.
Site:   http://www.helpwithpcs.com/courses/adding-subtracting-binary-numbers.htm 
bulletInformative webpage
Site:   http://www.play-hookey.com/digital/adder.html
bulletvery helpful website explains in detail how to add binary numbers
Site:   http://www.allaboutcircuits.com/vol_4/chpt_2/2.html
bulletA very general concept about how to add in Binary.
Site:    http://www.phy225.dept.shef.ac.uk/mediawiki/index.php/Data_types%2C_basic_arithmetic
bulletThis site is ok because you can digg a little on topics you need help on!!
Site:   http://www.helpwithpcs.com/courses/adding-subtracting-binary-numbers.htm
bulletThe site is an informative place to visit that shows several examples of adding and subtracting binary numbers. Although adding is primarily the topic of discussion, the examples given re-emphasize the instruction given in class.
Site:   http://www.play-hookey.com/digital/adder.html
bulletThis illustration is as explanatory as having apples & pears!!
Site:    http://academic.evergreen.edu/projects/biophysics/technotes/misc/bin_math.htm
bulletIn this webpage we can see the basic rules of binary arithmetic. Adding, Substracting, Multiplying and Dividing. It is a good page since it has examples of how to do it.