Which programming paradigm emphasizes a logical sequence of steps to execute a function?

Procedural programming focuses on a logical sequence of steps, or procedures, that outline how a specific task or function should be performed. It relies on the concept of procedure calls, where a program is structured around functions or procedures that operate on data. Each procedure contains a series of computational steps, making the flow of execution sequential and clear.

This paradigm emphasizes breaking down a program into smaller, manageable segments (functions) that perform individual tasks. As a result, it enhances clarity and maintainability of code by allowing programmers to think in terms of the steps required to accomplish a task. Such a step-by-step approach helps in easily understanding and following the logic of program execution.

In contrast, other programming paradigms like object-oriented programming focus on the interaction of objects, while functional programming emphasizes the evaluation of functions and expressions rather than explicit sequences of control flow. Declarative programming, on the other hand, allows the programmer to specify what the program should accomplish without much concern for the exact sequence of steps taken to achieve that outcome.