7) Recursive Tree Traversals. Show the program "flow line" and the output sequence for the following tree traversal. Ind

[answerhappygod]

7 Recursive Tree Traversals Show The Program Flow Line And The Output Sequence For The Following Tree Traversal Ind 1 (83.29 KiB) Viewed 28 times

7) Recursive Tree Traversals. Show the program "flow line" and the output sequence for the following tree traversal. Indicate where the print occurs on this flow line. List the output sequence. void traverseLRN (node root) if (root! NULL) traverse Croot->left): traverse troot->right) print (root->data) P B C D E G וד (Н) M 3 8) More Tree Algorithms. Consider the following structures and resulting tree that permits duplicate keys. Duplicates are stored as a linked-list that is linked to the tree node. Implement a function that finds all occurrences of a given data key and returns the count. Assume the tree can be accessed with a global pointer named root. For example, for the following tree, find('A') would return 3. struct datanode Int data; datanode next; (ΑΑΑ) struct treenode datanode next; treenode . left: treenode * right; : returns the count of key int find(int key) 00 B (cc)