Final answer:
The core components of hardware, software, and users make up an integrated system in computing, with each level offering a different perspective: an engineer's physical level, a programmer's design level, and the user's commonsense level. Software like Microsoft Access and Microsoft Office facilitates user interaction with these systems, leading to evolving personal computing experiences that could contribute to a generation gap.
Step-by-step explanation:
When we look at what encompasses all of the core components of hardware, software, and users in computing, we're targeting an understanding of an integrated system where each component plays a critical role. At the physical level, an engineer might consider the electronic changes and material components, including the shapes and dimensions of all physical parts, and which are sourced externally versus fabricated in-house. From the design level, a programmer sees the machine as running code and the schematics required for electrical subsystems. At the commonsense level, this translates to the user's interaction with the computer, whether it is for word processing, solving equations, or any other task.
These interactions often involve complex automated systems, particularly in the way that software supports human decision-making processes. For instance, database user interfaces like Microsoft Access allow users to interact with and query data efficiently. Similarly, software tools such as Microsoft Office and its components like Microsoft Excel facilitate office and administrative tasks.
The technological landscape has evolved dramatically over recent years, making personal computing more intimate and versatile. This relationship can sometimes create a 'generation gap' as newer hardware and software are mainly developed during younger generations, changing the way different age groups interact with technology.