Final answer:
Iterative programming is necessary for data analysis, online gaming, and control systems, where tasks are repeated until a condition is met, emphasizing problem-solving and practical application.
Step-by-step explanation:
Iterative programs are common in various real-life situations where a task needs to be repeated until a certain condition is met. Here are three examples:
- Data Analysis: In fields like finance or research, iterative algorithms are employed to analyze large data sets for patterns or trends, processing each piece of data multiple times as needed.
- Online Gaming: Game loops in online multiplayer games repeatedly check the game state and player inputs to update the game in real-time, making this an iterative process.
- Control Systems: Iterative processes are applied in control systems such as thermostats or industrial robots, where a continuous cycle of monitoring and response is needed to maintain desired operation levels.
These iterative programs are essential for handling tasks that are dynamic and require regular updates or checks. They demonstrate the importance of problem-solving, estimation, and practical application in programming.