That is binary code! Binary code is what your computer basically runs off of. Those 1's and 0's are executed by the CPU, which then turns into a program such as an internet browser.
Another cool fact about binary code, is that you can hide messages in it! See if you can decode this.
01010111 01101001 01101011 01101001 01000001 01101110 01110011 01110111 01100101 01110010 01110011 00100000 01101001 01110011 00100000 01100001 01110111 01100101 01110011 01101111 01101101 01100101 00100001
That's a system that specifies how data is to be stored as ones and zeros in a computer.
Ones and zeros?
A layer of iron oxide enables data to be saved as a sequence of different magnetic alignments representing ones and zeros.
well yes and no yes it Will represents letter but as a function of an ASCII code like digital 41 Will represents the letter A
presentation
It is known as the binary code.
They dont have to use zeros and ones. It can be anything that are oposite.
you can write the ones and zeros on paper as 1 or 0you can write the ones and zeros on paper as a row of triangles and squaresyou can paint the ones and zeros on canvas as a row of small dots and large dotsyou can show the ones and zeros by placing a row of 2x4 boards horizontally or verticallyyou can indicate the ones and zeros by using a row of red and green colored flagsyou can indicate the ones and zeros with a row of electric lights that are on or offyou can record the ones and zeros magnetically as flux reversals or no flux reversalsyou can record the ones and zeros magnetically as clockwise or counterclockwise magnetizationetc.
Yes, when it gets down to the basic data unit it's all about decoding and processing zeros and ones.
Machine language refers to pure code (object code) in basic machine format (zeros and ones). Assembler is one step above this type of code and requires compilation before it is of any use to the computer.
No, binary numbers don't consist of ones and twos, they are ones and zeros.
pito
Digital
Binary code, zeros and ones.
The system of representing numbers with a system of ones and zeros is called binary code; examples would be...12 = 110015 = 111120 = 10100 and so on.
A group of 8 zeroes and ones is equivalent to a byte in Binary.
binary