Binary code consists of 0s and 1s. A 0 represents off and a 1 represents on. A computer is a number manipulator so it has universal values for each character you type. This is known as ASCII or American Standard Code for Information Interchange.
2006-10-19 08:02:43
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answer #1
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answered by Periscope 2
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binary code consists of 1 and 0 only!!Every other digit from the decimal code can be represented by 0 and 1 !For an example
0=0
1=1
2=10
3=11
4=100
5=101
6=110
7=111
and on and on!!This is the code your computer uses for most of it's operations!Except the heximal code used in the registers!You can easily transform a digit from the bunary code back to decimal!It goes like this: the first position from the right side equals one , the second equals 2 ,the third equals 4, the fourth equals 8 and every next position is multiplied by 2!Then you take and add all the digits that have a '1' on it's position!Hope it became a little better for you to understand it - I'm not that good in explaining such matters!
2006-10-19 14:33:37
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answer #2
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answered by oli g 1
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Binary is base 2. In otherwords, its count is from zero to one and then it carries to the next column. For instance, 00 binary would be 0 decimal, 01 would be 1, 10 would be 2, 11 would be 3......and so on.
2006-10-19 14:16:10
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answer #3
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answered by Anonymous
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01111000000011110010000011010000
that means
yes
hahaha
see it is a simple concept.. A 1 means go this way and a 0 means go that way....
there is a simple crossroads connection. the silicon junction is a switch. If the 1 comes up then the current goes through if the 0 comes up then the current doesn't go through.
Hope that helps
2006-10-19 14:11:07
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answer #4
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answered by USMCstingray 7
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binary code is made up of zero's and one's, much like true/false values. It is the basic language of your computer system. A bit is a single binary integer... let's say "1". A byte is eight bits..."01010010". A kilobyte (kb) is 1024 bytes, and so on.
http://www.factmonster.com/ipka/A0881986.html
2006-10-19 14:13:15
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answer #5
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answered by Robert M 2
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