Home
Fractions
Geometric reasoning
Mental computation
Patterns
Reasoning
Statistics
Big ideas
Patterns are everywhere
Tartans and nursery rhymes
Mathematical patterns are regular
Find the regularity
Repeating patterns
One-dimensional repeating patterns
Two-dimensional repeating patterns
Repeating patterns and multiplication
Growing patterns
Making a staircase
Patterns in shapes
The language of shapes
Misunderstandings
Identical units of repeat
It's harder than you think
How do you teach the unit of repeat?
Making border patterns
Rectangular grids
Structure of rectangular grids
Drawing rectangular grids
Rectangular arrays
Number lines
Drawing and reading number lines
Number lines and repeating patterns
Drawing an analogue clock face
Number sequences
Introducing number sequences
Let's have a party!
Find a rule
Tessellations
Triangles tessellate
Making tessellations
Growing patterns can tessellate
Good teaching
Familiar situations
A pattern hunt
Patterns in school activities
Repeating patterns in school activities
Concrete to abstract
Making number sequences real
Abstraction and generalisation
Abstraction of repeating patterns
Generalisation in growing patterns
Using technology
Examples of ICT resources
Assessment
Approaches to assessment
Observation
Analysis of student work
Individual interviews
Group assessment
Activities
A hundred square
Bee-Bots
Drawing an analogue clock face
Folding patterns
Growing fractions
Growing patterns can tessellate
Growing polygons
Let's have a party!
Making an AAB pattern
Making border patterns
Monster choir patterns
Odds and evens
Picture books
Rectangular arrays
Repeating patterns in the environment
Sports day
Symmetrical patterns in the environment
When are two patterns the same?
Downloads
Acknowledgements
Home
>
Patterns
Site map
Big ideas
Patterns are everywhere
Tartans and nursery rhymes
Tartans and nursery rhymes
Mathematical patterns are regular
Find the regularity
Find the regularity
Repeating patterns
One-dimensional repeating patterns
Two-dimensional repeating patterns
Repeating patterns and multiplication
Repeating patterns and multiplication
One-dimensional repeating patterns
Two-dimensional repeating patterns
Growing patterns
Making a staircase
Making a staircase
Patterns in shapes
The language of shapes
The language of shapes
Misunderstandings
Identical units of repeat
It's harder than you think
How do you teach the unit of repeat?
Making border patterns
It's harder than you think
How do you teach the unit of repeat?
Making border patterns
Rectangular grids
Structure of rectangular grids
Drawing rectangular grids
Rectangular arrays
Structure of rectangular grids
Drawing rectangular grids
Rectangular arrays
Number lines
Drawing and reading number lines
Number lines and repeating patterns
Drawing an analogue clock face
Drawing and reading number lines
Number lines and repeating patterns
Drawing an analogue clock face
Number sequences
Introducing number sequences
Let's have a party!
Find a rule
Find a rule
Introducing number sequences
Let's have a party!
Tessellations
Triangles tessellate
Making tessellations
Growing patterns can tessellate
Triangles tessellate
Making tessellations
Growing patterns can tessellate
Good teaching
Familiar situations
A pattern hunt
Repeating patterns in the environment
Symmetrical patterns in the environment
Repeating patterns in the environment
Symmetrical patterns in the environment
A pattern hunt
Repeating patterns in the environment
Symmetrical patterns in the environment
Repeating patterns in the environment
Symmetrical patterns in the environment
Patterns in school activities
Repeating patterns in school activities
Sports day
Picture books
Sports day
Picture books
Repeating patterns in school activities
Sports day
Picture books
Sports day
Picture books
Concrete to abstract
Making number sequences real
A hundred square
Folding patterns
A hundred square
Folding patterns
Making number sequences real
A hundred square
Folding patterns
A hundred square
Folding patterns
Abstraction and generalisation
Abstraction of repeating patterns
Making an AAB pattern
When are two patterns the same?
Making an AAB pattern
When are two patterns the same?
Generalisation in growing patterns
Growing polygons
Growing fractions
Odds and evens
Growing polygons
Growing fractions
Odds and evens
Abstraction of repeating patterns
Making an AAB pattern
When are two patterns the same?
Making an AAB pattern
When are two patterns the same?
Generalisation in growing patterns
Growing polygons
Growing fractions
Odds and evens
Growing polygons
Growing fractions
Odds and evens
Using technology
Examples of ICT resources
Monster choir patterns
Bee-Bots
Monster choir patterns
Bee-Bots
Examples of ICT resources
Monster choir patterns
Bee-Bots
Monster choir patterns
Bee-Bots
Assessment
Approaches to assessment
Observation
Understanding of 'chunking'
Understanding of 'chunking'
Analysis of student work
Bar charts
Bar charts
Individual interviews
Single-digit multiplication
Single-digit multiplication
Group assessment
Designing group assessment
An open-ended task
Designing group assessment
An open-ended task
Observation
Understanding of 'chunking'
Understanding of 'chunking'
Analysis of student work
Bar charts
Bar charts
Individual interviews
Single-digit multiplication
Single-digit multiplication
Group assessment
Designing group assessment
An open-ended task
Designing group assessment
An open-ended task
Activities
A hundred square
Bee-Bots
Drawing an analogue clock face
Folding patterns
Growing fractions
Growing patterns can tessellate
Growing polygons
Let's have a party!
Making an AAB pattern
Making border patterns
Monster choir patterns
Odds and evens
Picture books
Rectangular arrays
Repeating patterns in the environment
Sports day
Symmetrical patterns in the environment
When are two patterns the same?
Downloads
A hundred square
A pattern analysis of 'Three Blind Mice'
An example of a valid group assessment
Blank hundred square
Draw some clocks
Explaining regularities
Let's Make a Pattern! video transcript
Letâ€™s make a pattern! slide presentation
Patterns and their applications in the Australian Curriculum: Mathematics
Patterns in the table
Picture books offering pattern opportunities
Roma's party
Acknowledgements
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