Memory
these are the kinds of memory on the computer
RAM memory modules
In this system, memory is a sequence of bytes that are numbered (like "cell" or "pigeon holes"), each containing a small piece of information. This information may be a command to tell the computer what to do. Cell may contain data needed computer to perform a command. Each slot may contain one, and what is now the data may then be a command.
The memory stores various forms of information as binary numbers. The information will be solved without form binary (encoded) with a number of instructions that convert it into a sequence of numbers or figures. For example: The letter F is stored as a decimal number 70 (or binary digits) using one method of solving. More complex instructions can be used to store images, sound, video, and various kinds of information. The information can be stored in a sell is called a byte.
In general, memory can be rewritten over a million times - the memory can be likened to a blackboard and chalk that can be written and erased again, rather than a legal pad with a pen that can not be deleted.
The size of each cell, and the number of cells, a great change from computer to computer, and technology in the manufacture of memory has changed greatly - from electromechanical relays, to a tube filled with mercury (and later spring) in which the acoustic pulse is formed, until the matrix of permanent magnets, to individual transistors, to integrated circuits with millions of transistors on a single silicon chip.
these are the kinds of memory on the computer
RAM memory modules
In this system, memory is a sequence of bytes that are numbered (like "cell" or "pigeon holes"), each containing a small piece of information. This information may be a command to tell the computer what to do. Cell may contain data needed computer to perform a command. Each slot may contain one, and what is now the data may then be a command.
The memory stores various forms of information as binary numbers. The information will be solved without form binary (encoded) with a number of instructions that convert it into a sequence of numbers or figures. For example: The letter F is stored as a decimal number 70 (or binary digits) using one method of solving. More complex instructions can be used to store images, sound, video, and various kinds of information. The information can be stored in a sell is called a byte.
In general, memory can be rewritten over a million times - the memory can be likened to a blackboard and chalk that can be written and erased again, rather than a legal pad with a pen that can not be deleted.
The size of each cell, and the number of cells, a great change from computer to computer, and technology in the manufacture of memory has changed greatly - from electromechanical relays, to a tube filled with mercury (and later spring) in which the acoustic pulse is formed, until the matrix of permanent magnets, to individual transistors, to integrated circuits with millions of transistors on a single silicon chip.
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