Given an array that stores a complete Binary Search Tree, write a function that efficiently prints the given array in ascending order.
For example, given an array [4, 2, 5, 1, 3], the function should print 1, 2, 3, 4, 5
Inorder traversal of BST prints it in ascending order. The only trick is to modify recursion termination condition in standard Inorder Tree Traversal.
1 2 3 4 5
Time Complexity: O(n)
Please write comments if you find the above solution incorrect, or find better ways to solve the same problem.
Don’t stop now and take your learning to the next level. Learn all the important concepts of Data Structures and Algorithms with the help of the most trusted course: DSA Self Paced. Become industry ready at a student-friendly price.
- Find k-th smallest element in BST (Order Statistics in BST)
- Sorted Linked List to Balanced BST
- Sorted Array to Balanced BST
- Count inversions in an array | Set 2 (Using Self-Balancing BST)
- How to check if a given array represents a Binary Heap?
- Check if a given array can represent Preorder Traversal of Binary Search Tree
- Convert BST into a Min-Heap without using array
- Check if given sorted sub-sequence exists in binary search tree
- Check if an array represents Inorder of Binary Search tree or not
- Construct BST from its given level order traversal
- Minimum Possible value of |ai + aj - k| for given array and k.
- Flatten BST to sorted list | Decreasing order
- Check given array of size n can represent BST of n levels or not
- Closest greater or same value on left side for every element in array
- Remove minimum elements from array so that max <= 2 * min
- Find closest smaller value for every element in array
- Find closest greater value for every element in array
- Find closest value for every element in array
- Ceiling in right side for every element in an array
- Generate two BSTs from the given array such that maximum height among them is minimum