Computer memory is organized in terms of what?

Computer memory is primarily organized in terms of bytes because a byte is the standard unit of data that a computer uses to represent information. A byte consists of 8 bits, which are the most basic units of data in computing and can represent values ranging from 0 to 255. By organizing memory into bytes, computers can efficiently process and manage data for various applications, from storing text to multimedia.

The organization of memory in bytes allows for compatibility with most data types and enables the computer to perform arithmetic as well as logical operations. For instance, when you store characters from the ASCII character set, each character is represented by a single byte. This organization into bytes simplifies addressing and accessing larger data structures efficiently.

While bits, nibbles, and words are other ways of referring to data, they do not represent the standard organization of memory. Bits are the smallest unit of data but are not typically how memory is organized for storage purposes. Nibbles, which consist of 4 bits, are less commonly used in memory organization. Words can vary in size (typically 16, 32, or 64 bits depending on the architecture) and are often used to describe the amount of data processed in a single operation by the CPU, but for standard memory