Information is stored as ons and offs, represented as 1 for on, 0 for off
This is commonly known as binary (meaning two numbers).
Binary can form numbers, by combining 8 bits (smallest unit of memory, either 1 or 0) into a byte.
it works like this:
Each bit is given a number double the previous, and when that number is "on," it is added to the total.
so in a byte, we get
1 2 4 8 16 32 64 128
And we can represent any number up to 255 by switching various numbers on and off
Note; for numbers beyond 255, the doubling is continued into 16 or 24 bits.
for example, to represent 13, we need
1, 4, and 8 (1+4+8=13)
1 2 4 8 16 32 64 128
1 0 1 1 0 0 0 0
To store text, each character is given a number. These character numbers are called ASCII (american standard code for information interchange)
For example, letter A has the number 35, so would be represented as 11000100
Hope this helps
It is stored on a hard disk drive.
Some is stored in ROM; most of the information is typically stored on the hard disk, from where it is loaded into RAM.
Some is stored in ROM; most of the information is typically stored on the hard disk, from where it is loaded into RAM.
Information is stored in the computer's hard drive, which is a magnetic disk read by lasers.
Any information you want.
Allow you to view the information stored on a computer or storage device.
Your computer erases the RAM when it is shut down.
Data and files
A computer stores information in form of bits, in different ways. For example, on a hard disk, where your information is stored in the long term, the information is stored through magnetization, while on a CD, of the printed type, each bit of information is stored by the presence or absence of a hole.
It is possible for wrong or incorrect information to be stored in a computer system. There are national laws in many countries that say that the information about you is either correct or you have the right to correct that information
The term persistence in Computer Science, refers to the stored information (known as state), which outlives the executed computer program (or process). Persistence is important, without it all computer stored information would be lost whenever a computer is shut down.
The drive where your computer stores information permanently is known as a hard disk drive, or HDD for short.