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# We will learn about [[binary tree]]s * Describe how trees operate logically (both binary and non-binary).

# We will learn about [[binary tree]]s * Describe how trees operate logically (both binary and non-binary).

...ry_tree</ref> Please '''do not''' get confused between a binary tree and a binary search tree. ...ee and a binary search tree is '''binary trees are not ordered''' whilst a binary search tree '''is ordered'''.

...rithms used in binary classification include logistic regression, decision trees, and support vector machines. # Spam detection: A binary classification model can be trained to classify emails as spam or not spam

[[File:Binary tree.svg.png]] * Trees can be used to store data that has an inherent hierarchical structure. For

* I can describe how trees operate logically (both binary and non-binary). * I can sketch binary trees.

* I can describe how trees operate logically (both binary and non-binary). * I can sketch binary trees.

...on), including adding nodes from anywhere in the binary tree, traversing a binary tree, and accessing the data in a given node. === ...anization of binary trees, as well as the relationships between nodes in a binary tree.

...in mind the example at the beginning is not a [[binary tree]], but binary trees are discussed later. Ignore the discussion about cousins and uncles. It's

...in mind the example at the beginning is not a [[binary tree]], but binary trees are discussed later. Ignore the discussion about cousins and uncles. It's

...is called the root, and the nodes below the root are called the children. Trees can be used to store and organize data in a hierarchical fashion, and they ...Singly linked lists; Doubly linked lists; Circularly linked lists; Binary trees; Stacks; and Queues. Students must be able to discuss the advantages of usi

# [[binary tree]] | '''[[binary tree]]''' || speed of insertion and deletion, speed of access, maintainin

...r 13 2016 || [[abstract data structures |data structures]] & [[tree]]s & [[binary tree]]s || [[IB Comp Sci SL - December 13 2016 Lesson Notes | Click here fo ...er 9 2016 || [[abstract data structures |data structures]] & [[tree]]s & [[binary tree]]s || [[IB Comp Sci SL - December 9 2016 Lesson Notes | Click here for

...r 13 2016 || [[abstract data structures |data structures]] & [[tree]]s & [[binary tree]]s || [[IB Comp Sci HL - December 13 2016 Lesson Notes | Click here fo ...er 9 2016 || [[abstract data structures |data structures]] & [[tree]]s & [[binary tree]]s || [[IB Comp Sci HL - December 9 2016 Lesson Notes | Click here for

|Define the terms: bit, byte, binary, denary/decimal, hexadecimal.|| [[Computer organization]] |Describe how trees operate logically (both binary and non-binary).|| [[Abstract data structures]]

* (d) By making use of binary trees and the collection LIKES, explain how a list could be produced that shows t

* (d) By making use of binary trees and the collection LIKES, explain how a list could be produced that shows t