QUESTION 4: COMPUTATIONAL THINKING Name and discuss the FOUR steps in problem solving as they relate to computational thinking.

First, let's break it down with algorithm formulation, which involves defining clear instructions to solve a problem step-by-step. This is like creating a recipe that anyone can follow! Next comes abstraction, where you identify the essential details of the problem while omitting the unnecessary ones; think of it as removing the fluff to focus on the core issue. After that, we have decomposition, where complex problems are split into smaller, manageable parts—like tackling a giant puzzle piece by piece! Finally, there's evaluation or testing, which allows us to check our solution's effectiveness and adjust as needed—because nobody wants a burnt cake, right? These steps aren't just theoretical; they have real-world applications across a variety of fields! For instance, in software development, these principles guide programmers from understanding user needs to designing software that meets those requirements. Similarly, educators use these concepts to teach students how to address real-life challenges, encouraging a structured approach to problem-solving whether it’s in math class or on the science fair project!