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write pseudo code for a binary search tree method that visits all nodes whose data lies within a given range of values
how many differently shaped n-node binary trees are possible how many differently shaped n -node binary search trees
a binary search tree with a given set of data items can have several different structures that conform to the
consider a nonempty binary tree with two types of nodes min nodes and max nodes each node has an integer value
consider the binary search tree in figure 15-20 the numbers simply label the nodes so that you can reference them they
consider a method is leaf that returns true if a binary tree is a one-node tree-that is if it consists of only a
if duplicates are allowed in a binary search tree it is important to have a convention that determines the relationship
what is the maximum number of nodes that a binary tree can have at level n prove your answer by using mathematical
exercise 10 in chapter 4 introduced the doubly linked chain the analogy for a binary search tree is to maintain parent
consider the pseudo code operation read treea what binary search tree results when you execute read tree with a fi le
write an array-based implementation of the adt binary tree that uses dynamic memory allocation use a data structure
consider a heap-based implementation of the adt priority queue what does the underlying heap contain after the
write a program that maintains a database containing data such as name and birthday about your friends and relatives
implement the adt queue operations as well as a sorted traversal operation for a queue that points into a doubly linked
consider an array-based implementation of a binary search tree bst figure 16-1 presents such a representation for a
complete the trace of the non recursive in order traversal algorithm that figure 16-4 began show the contents of the
exercise 13 in chapter 15 introduced the mini max tree it has min nodes and max nodes part b of the exercise asked you
design another algorithm to remove items from a binary search tree this algorithm differs from the one described in
a level-order traversal of a tree processes visits nodes one level at a time from left to right beginning with the root
if you know in advance that you often access a given item in a binary search tree several times in succession before
given an unbalanced binary search tree use an in order traversal to copy its data to an array then create a balanced
a node in a general tree can have an arbitrary number of childrena describe a c implementation of a general tree in
duplicates in an adt could mean either identical items or more subtly objects that match because their class overloads
suppose that you have two items with the same priority value how does the order in which you insert these items into a