"Recursions" Example Sentences
1. The algorithm uses nested recursions to solve the problem.
2. We must be careful to prevent infinite recursions in our functions.
3. The program was stuck in a recursion and couldn't break out.
4. Recursions can be a useful tool for solving complex problems.
5. The recursive approach led to a better understanding of the data.
6. Understanding recursion is essential for any serious programmer.
7. The code had several recursive calls, each with their own base case.
8. Recursions can be difficult to debug and optimize.
9. Revisiting the same function over and over through recursion can be a powerful tool for solving problems.
10. The recursive function required quite a bit of stack space to execute.
11. The recursion ended up being the most efficient way to solve the problem.
12. Careful testing is needed to make sure the recursive function behaves as expected.
13. Recursive thinking forces you to dive deeper into a problem than many other approaches.
14. Recursive functions can be a challenge to implement and maintain.
15. Recursions can sometimes lead to unexpected results or errors.
16. Recursive data structures can represent complex relationships in an elegant way.
17. We had to optimize the recursion to make the program run faster.
18. The recursive function was easy to understand once we got the hang of it.
19. Using recursion can help you break down a problem into smaller, more manageable steps.
20. Making sure the recursive function terminates correctly is key to avoiding infinite loops.
21. The recursive approach allowed us to iterate through the data in a natural way.
22. Implementing a recursive algorithm can sometimes be a more intuitive and elegant solution.
23. It's important to keep track of the level of recursion when working with deeply nested data.
24. The algorithm relied on a combination of iteration and recursion to achieve the desired outcome.
25. Using recursion requires a different way of thinking about problems than other approaches.
26. We had to refactor the recursion to make it work with larger datasets.
27. Recursive functions can be more difficult to optimize than iterative ones.
28. Understanding recursion is essential for mastering many data structures and algorithms.
29. The recursion looped back on itself but eventually resolved the issue.
30. Careful consideration is required when deciding whether or not to use recursion in a solution.
Common Phases
1. "The function iterates through the data using
recursions;"
2. "The program's robustness is dependent on the effective handling of
recursions;"
3. "The implementation of the algorithm relies heavily on
recursions;"
4. "A basic understanding of
recursions is necessary for most programming tasks;"
5. "The use of
recursions can make code more concise and efficient;"