FOR EX 11001010010010101011
Answers:
Computers work on a system call 'binary' - which is vitally a counting system using only just the digits '1' and '0'. A single 'bit' of information is any a 1 or a 0. In decree to brand this into information, computers use a coding system consisting of 8 bits - or a 'byte'. Each byte resources something to the computer -- eg. 11001100 would translate to a notification, number or another symbol, or even an attribute resembling a colour or font size.
The number of 'bytes' that a computer is skilful of storing on its sturdy drive and its memory refer directly to the dimensions of the computer. eg a 10GB Hard Drive is 10 giga-bytes ; or a 1MB Memory is 1 mega-byte of memory.
Bits and Bites.Computer Linguo
1 and 0 binary infornation. because computer works solely beside "1" and "0" 1 here is an nformation <sigbnal> and "0" nearby is no information <no signal>
look google for table of converting into decimal or hexadecimals
1's and 0's are used for past its sell-by date and on switches. 1 is for on & 0 is for past its sell-by date. It controls how program works.
it's the computer dialect 0-1 can be in motion contained by numerous combinations,
Binary Code
Binary vehicle composed of two parts or two pieces.
Binary is a representation of domestic device instructions. Consisting of ONLY 0's and 1's.
There are more meaning to it, so it's best not to gain it messed near other ones. Hope it help.
I guess you could other type binary in wikipedia.
Hope it help.
Peace
FX
They are bits allowable by a computer. Since computer is made of electronic circuitry, you may wonder how come electronics become conscious 1's and 0's. The circumstance of everything is a transistor, even switches are made of transistors. Electronically, 1 is +/- 5 volts and 0 is 0 volts. So, for e.g if a code is 1010 you can imaging a square / triangular / current or pulse which flows through wires hence the final result.
Actually they represent electrical charges.
A silicone fork within an IC chip can be "charged" or "not charged."
The charge equals a "1"
No charge equals a "0"
Now, when the junction are wrinkled up, they represent a byte of 8 junction or 00000000 when not charged.
It get tricky here. You can use these junction to represent numbers contained by what is call the binary number system, or Base 2. You know Base 10 numbers because i.e. what we count near today. In Base 2 you own 0 or 1 (on or off).
So binary counts 0-1 consequently 0 again on a single bit. By combining several binary numbers you can count.
0000 = 0
0001 = 1
0010 = 2
0011 = 3
0100 = 4
0101 = 5
0110 = 6
0111 = 7
1000 = 8
1001 = 9
1010 = 10
1011 = 11
1100 = 12
1101 = 13
1110 = 14
1111 = 15
So you can see turning on or stale 4 junction can count 16 numbers. Those computer chips are made up of millions of junction so they can use numbers to variety adjectives this possible.
g-day!
As they hold adjectives said it is binary. the 1's denote it is on and the 0's indicate it is bad. Plus contained by binary you read from right to moved out.
128 64 32 16 8 4 2 1
This is how an internet address is read for example. here are four octets. 121.10.36.2 is how we read it but a computer read it as
01111001.00001010.00100100.000... Or
0+64+32+16+8+0+0+1.
0+0+0+0+8+0+2+0.
0+0+32+0+0+4+0+0.
0+0+0+0+0+0+2+0
Does this bring in sense?
If it does after you inevitability a scrutinize that read within binary!
Check it out over at
http://www.thinkgeek.com/gadgets/watches...
Once you get the suspend of it afterwards you too will be a geek!
If it doesn't bring in sense to you after ably... I can lend a hand ya...
But I deem you get it huh?
Life is polite!
Edit :
If this make sense to you next this statement make faultless sense.
"There are 10 types of relations. Those who undestand binary and those who don't!"
At the physical horizontal, the ones and zero are our notation for information in any the computer's memory or its background flowing in wires. In memory, ones and zero represent a alluring corral near one location or its divergent. These captivating field are microscopic contained by size, internal to the "chips".
In the computers wires (either between chips or between computers), the ones and zero represent a voltage horizontal traveling in the wires at any of two level, made distinguishable only just so that they can be recoded into fascinating information at the destination.
Within any of these medium (static or dynamic), zero and ones hold a import entirely dependent upon when and where on earth they are encounter. They can be used for instructions (telling some segment of the computer what to do) or facts (representing the numbers in the genuine world, or numbers guiding the steps in a computer's instructions). For us to follow what instructions are human being conveyed or what numbers are person manipulate, we group the ones and zero within a deportment appropriate to the work we or the computer are doing. Some populace (programmers) look simply at instructions, and some (users) individual at facts, and some at both.
We tolerate the computer do the work of translating OUR instructions into its 0/1 codes and vice versa, and we instruct the computer how to translate facts we are concerned next to into or from 0/1 codes. To get the message the gist of these codes while the computer is operating, we COULD do as it does: group the 0s and 1s together and look up the pattern to put into action confident circuits, or do a "Number conversion" to transfer a infallible stream of 0s and 1s to numbers we would read. (The computer understand binary numbers; we have a handle on decimal numbers.) How the digits are grouped depends upon what is man done. Typically, 8 zero and 1s are grouped for identify computer instructions, or larger groups are used for holding the numbers we, the users, are concerned beside.
Whether a stream of digits are instructions or numbers is something that, most of the time, merely the computer is concerned beside. If you want to spawn sense of these, you should study computer hardware and software systems.
Binary numbers which can be changed but, just by someone who know what he or she is doing.