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Questions and Answers
In the representation of a threaded binary tree, what does a node with no left child and a right child point to?
In the representation of a threaded binary tree, what does a node with no left child and a right child point to?
- A random node in the tree
- The root node
- Its in-order successor (correct)
- Its in-order predecessor
In a threaded binary tree, what does a node with both left and right children point to?
In a threaded binary tree, what does a node with both left and right children point to?
- The root node
- A random node in the tree
- Its in-order predecessor (correct)
- Its in-order successor
What is the purpose of threading in a threaded binary tree?
What is the purpose of threading in a threaded binary tree?
- To make the tree more complex
- To optimize in-order traversal (correct)
- To reduce the number of nodes
- To increase the depth of the tree
What is the significance of a threaded binary tree's representation?
What is the significance of a threaded binary tree's representation?
How does a threaded binary tree differ from a simple binary tree?
How does a threaded binary tree differ from a simple binary tree?
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Study Notes
Threaded Binary Tree Representation
- A node with no left child and a right child points to the in-order successor of the node.
- A node with both left and right children points to its left or right child, respectively.
Purpose and Significance of Threading
- The purpose of threading in a threaded binary tree is to facilitate efficient traversal of the tree, particularly for in-order traversal.
- The significance of a threaded binary tree's representation lies in its ability to reduce the time complexity of traversal operations.
Difference from Simple Binary Tree
- A threaded binary tree differs from a simple binary tree in that it uses empty subtrees to store pointers to in-order successors, allowing for more efficient traversal.
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