Answers and Descriptions:

1. Answer: Understand the problem, define the problem and boundaries, plan the solution, implement the solution.
   Description: The problem-solving process involves first comprehending the problem’s requirements, then clearly defining its scope and constraints. Planning involves designing a solution (e.g., using algorithms), and implementation is executing the plan, often through coding.

2. Answer: A flowchart visually represents an algorithm using standard symbols to show the flow of steps.
   Description: Flowcharts use shapes like ovals (start/end), rectangles (process), and diamonds (decision) to illustrate the sequence of operations, making it easier to understand and communicate the algorithm.

3. Answer: Pseudocode uses human-readable, structured text to describe an algorithm, while a flowchart uses graphical symbols.
   Description: Pseudocode is language-agnostic and focuses on logic without strict syntax, whereas flowcharts provide a visual representation, which can be more intuitive for some learners but less detailed for complex logic.

4. Answer: A hand trace is manually stepping through an algorithm to track variable values and logic flow. It verifies correctness.
   Description: Hand tracing simulates the algorithm’s execution on paper, helping identify errors in logic or calculations before coding.

5. Answer:

   

   Description: The flowchart starts with an input number, uses a decision diamond to check if the number modulo 2 equals 0 (even), and outputs “Even” or “Odd” accordingly, then ends. (Note: As I cannot generate images, imagine a flowchart with a start oval, input rectangle, decision diamond for “num % 2 == 0?”, two paths to output “Even” or “Odd,” and an end oval.)