Binary 101

2011-05-05T02:51:47Z

22diehard22: Created page with "The computer reads in a language called "Binary" Were "1's" and "0's" represent what the computer will see. 1=ON 0=OFF 1='''1''' 2='''1'''0 4='''1'''00 8='''1'''000 16='''..."

The computer reads in a language called "Binary" Were "1's" and "0's" represent what the computer will see.

1=ON
0=OFF

1='''1'''

2='''1'''0

4='''1'''00

8='''1'''000

16='''1'''0000

32='''1'''00000

64-'''1'''000000

128-'''1'''0000000

Now, the computer reads in a chart similar to this:

128 64 32 16 8 4 2 1

If you wanted to create a number such as "11" you would need to turn on the 8, the 2 and the 1 so it would look like:

00001011 (Which equals "11" in decimal form"

[[File:Binary.jpg|frame|caption]]

== More Examples: ==

'''11111111'''=256

000000'''11'''=3

000'''1'''000'''1'''=17

== IP address and Binary ==
IP address are ussualy represented in decimal format, Separated each part of the address with a period by each octet (8 bits) All IP address are 32 bits long.
Your standard class C address is in decimal form but has been converted from binary, So take your standard IP such as 67.128.127.13 and in an packet header it would be read as the following:

'''01000011.10000000.01111111.'''00001101

As a class C the '''bold''' part is the "Network" Portion of the IP address, while the rest is the "Host" Layer of the address.

File:Binary.jpg

2011-05-05T02:47:32Z

22diehard22:

ITCwiki - User contributions [en]

Binary 101

File:Binary.jpg