Which of the following is a common technique for visualizing systems processes?

The technique of modeling is fundamental for visualizing systems processes as it provides a structured approach to represent the components and relationships within a system. Modeling typically involves creating abstract representations, such as diagrams or mathematical frameworks, that capture the essence of the system's processes, behaviors, and interactions.

Through modeling, analysts can simplify complex systems into manageable representations that can be easily understood and communicated to stakeholders. This facilitates better decision-making, enhances understanding of system dynamics, and aids in identifying areas for improvement or change. Various modeling techniques, such as data flow diagrams or Unified Modeling Language (UML) diagrams, are employed to illustrate the processes and data flow within systems effectively.

In contrast, flowcharting, while a valuable tool for visualization as well, is specifically a type of modeling technique rather than a standalone category. Programming refers to the coding aspect of implementing system functionalities, while documenting is essential for recording processes and requirements but does not inherently visualize them in a systematic way. Therefore, modeling encompasses a broader range of visual representation techniques essential for understanding and analyzing system processes.