1. Implement a linear search algorithm to find an element in an array.
2. Write a program to demonstrate binary search on a sorted array.
3. Create a function that counts the occurrences of a number in a sorted array using binary search.
4. Implement a function that finds the first occurrence of a target number in a sorted array using binary search.
5. Write a program to find the last occurrence of a target number in a sorted array using binary search.
6. Implement a function that checks if an array is sorted and then applies binary search.
7. Write a program to search for a string in an array of strings using linear search.
8. Create a function that implements interpolation search on a sorted array.
9. Implement a search algorithm that returns the index of the smallest element in a rotated sorted array.
10. Write a program that uses binary search to find the square root of a number.
11. Implement a function that checks if a number exists in a rotated sorted array.
12. Write a program to find the peak element in an array using binary search.
13. Create a function that implements a recursive binary search algorithm.
14. Write a program to find the index of a target value in a 2D matrix using binary search.
15. Implement a function to perform exponential search on a sorted array.
16. Write a program to find the number of elements less than a given target using binary search.
17. Create a function to find the ceiling of a number in a sorted array using binary search.
18. Implement a program that uses binary search to find the floor of a number in a sorted array.
19. Write a function that finds the missing number in a sorted array of unique elements.
20. Create a program to find the first and last position of a target number in a sorted array.
21. Implement a function that searches for a target in a sorted array and returns true or false.
22. Write a program to find the closest element to a target in a sorted array using binary search.
23. Create a function that searches for the index of a number in a sorted list and returns -1 if not found.
24. Implement a program that finds the highest number in a sorted array using binary search.
25. Write a program to determine if an array contains duplicates using linear search.
26. Create a function that checks if a number is a Fibonacci number using searching algorithms.
27. Implement a program that finds two numbers in an array that sum up to a given target using linear search.
28. Write a function that searches for a character in a string using linear search.
29. Create a program to check if a sorted array is in ascending order using binary search.
30. Implement a function that counts how many times a specific number appears in a sorted array using binary search.
31. Write a program to find the intersection of two sorted arrays using linear search.
32. Create a function that checks for the presence of an element in a rotated sorted array using binary search.
33. Implement a program that finds the largest element in an unsorted array using linear search.
34. Write a function that implements a search algorithm to find a substring in a string using linear search.
35. Create a program to determine if a given array can be transformed into a sorted array using linear search.
36. Implement a function that finds the median of two sorted arrays.
37. Write a program to find the Kth smallest element in an unsorted array using linear search.
38. Create a function that searches for a specific pattern in a string using linear search.
39. Implement a program that uses binary search to find the position to insert a new element in a sorted array.
40. Write a function that finds the number of elements greater than a target in a sorted array using binary search.