If you mean 'why' rather than 'what' - it's because early computers were simply banks of switches which could either be on (representing '1') - or off (representing '0'). Every character, letter or number in a computer's character set - can be represented in binary.
Zero (0) and One (1)
The binary number system has zero and one as its only digits. A number or letter expressed in binary notation will appear as a series of zeroes and ones.
A computer see data as a series of zero and ones (binary).
They are all numbers of zero and ones
Those are the digits used in binary - and it means the same as elsewhere: the digits one and zero.
It is because computers are electronic. In simple terms, 1 and 0 are used to represent data linking in to how electricity can either be flowing or not, like a light switch being on and off.
The binary code wich uses only two simbols, the zero and the one, actually is used to create the programs that instructs the mechanical parts of the computer such as the microprocessors how to work or what to do.
Decimal 10 (Ten) equals the Binary number 1010 (One Zero One Zero) Binary 10 (One Zero) equals the Decimal number 2 (Two)
0 (Zero) and 1 (One) are the two digits used in Binary code, which is the lowest form of code usable by a computer.
No, binaries are a very complex system of zeroes and ones. Like a data code. For example: 1+1=10 in the binary form, there is one 2 and zero 1's.
Technically, the answer is zero. Since zero times anything is always zero, the smallest product that can be made is always zero no matter what other factors are at play.
fragmentation