Programming Portfolio Task


  1. Create an algorithm to solve a problem with a practical, personal, or societal intent.
  2. Use natural language, pseudocode, and a programming language to express an algorithm
  3. Use an iterative process to evaluate an algorithm by locating and correcting errors.
  4. Summarize how an algorithm is executed and how it solves a problem.
  5. Develop and implement an algorithm in a program composed of sequence, selection, iteration, and recursion.
  6. Use pre-defined functions, Application Program Interfaces (APIs), and libraries to simplify complex programming tasks.
  7. Collaborate in the iterative process of developing a program to solve a problem.
  8. Use and explain the mathematical and logical concepts in a program.
  9. Use comments to promote algorithm clarity.

Download Lesson – Programming Portfolio Task

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