A machine that simplifies complicated task and maximize performance is?

John Von Neumann given credit with the architecture of computers we use today.

The static arrangement of the parts of computer system. It is the structure of the system.

A computer organization is how operational parts of a computer system linked and work together.

Computer System accepts data or instructions by way of inputs as well as produce results as output.

One component of the computer system is (Input), it is where the data is stored or save after processing or permanently stored.

(Control) is one of the basic operation of a computer system which is the manner of how data and instructions are executed and performed.

A functional unit of computer system which is performs the operations of adding, subtracting, multiplying, dividing, etc.

A component of computer system which carries the functional units: Arithmetic Logic Unit and Control Unit.

The (control unit) is considered to be brain of the computer system and controls or the processes in it.

The control unit does not process or store data.

Arithmetic Logic Unit consist of two subsections namely: arithmetic section and logic section

The section of ALU which performs operations such as comparing, selecting, matching, and merging data is the arithmetic unit.

The system bus is responsible for connecting the components of a basic computer system which sends data to its destination.

A (control bus) carries the address or the location to where the data will be transported.

The register in the central processing unit contains instruction that are compared with the instructions coming from input in computer system.

The instruction or data is transferred in several parts of the computer system via control bus

The storage unit in a computer system is divided into primary storage and secondary storage.

One example of primary storage in a computer unit is Random Access Memory (RAM)

A computer system unit which is considered to be the nervous system  of a computer and dictates how the memory, input/output devices, and arithmetic logic  unit should behave.