Marked Problems. The height of a tree is the maximum number of possible nodes from the root to a leaf node (a node without children). For example, the height of the tree on the right is 3 and an empty tree has height 0. food meat fruit Complete an implementation for the following prototypes for a function that computes the height of a tree and a function that concatenates together the strings of the leaf nodes in a tree. apple pear // height (root) returns the height of the tree with given root / requires: root is NULL or points to a valid tree root node int height (struct node root); // concat leaves (root, str) modifies str to be a string concatenation of the leaf nodes of the tree with given root using an in-order traversal; // returns the length of the concatenated string // requires: str points to enough memory to store the output string root is NULL or points to a valid tree root node int concatleaves (struct node root, char str);

Marked Problems. The height of a tree is the maximum number of possible nodes from the root to a leaf node (a node without children). For example, the height of the tree on the right is 3 and an empty tree has height 0. food meat fruit Complete an implementation for the following prototypes for a function that computes the height of a tree and a function that concatenates together the strings of the leaf nodes in a tree. apple pear // height (root) returns the height of the tree with given root / requires: root is NULL or points to a valid tree root node int height (struct node root); // concat leaves (root, str) modifies str to be a string concatenation of the leaf nodes of the tree with given root using an in-order traversal; // returns the length of the concatenated string // requires: str points to enough memory to store the output string root is NULL or points to a valid tree root node int concatleaves (struct node root, char str);

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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Question

explain the run time O(n)

Marked Problems. The height of a tree is the maximum
number of possible nodes from the root to a leaf node (a node
without children). For example, the height of the tree on the
right is 3 and an empty tree has height 0.
food
meat
fruit
Complete an implementation for the following prototypes for a
function that computes the height of a tree and a function that
concatenates together the strings of the leaf nodes in a tree.
apple
pear
// height (root) returns the height of the tree with given root
// requires: root is NULL or points to a valid tree root node
int height (struct node root);
// concat leaves (root, str) modifies str to be a string concatenation of the
//
leaf nodes of the tree with given root using an in-order traversal;
//
returns the length of the concatenated string
// requires: str points to enough memory to store the output string
root is NULL or points to a valid tree root node
int concat_leaves (struct node root, char str):

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