ABSTRACT
In computers, the working memory stores and replaces bits (binary digits) in random access memory (RAM). For example, memory consists of arrays of eight cells, and each array stores 8 bits (b) or 1 byte (B). During logic, computational, and decision-making functions, these bits are constantly being replaced with new bits, consisting of 1s and 0s. e 1s are electronically stored data, and 0s represent nonstored bits. e “R” in RAM means that any of the stored bits can be randomly accessed in any order, regardless of their location in the memory cells. erefore, this memory is called random access memory.
