Mathematics · Foundation · Copying and Continuing Repeating Patterns · Term 1

Finding and Describing Patterns Around Us

Students identify linear relationships, create tables of values, and describe patterns in linear sequences.

• ACARA Content Descriptions
• AC9M6A03

About This Topic

Finding and Describing Patterns Around Us helps Foundation students recognise, copy, and continue repeating patterns in everyday settings. They search for patterns in classroom objects like tiles or shelving, examine repeating designs on fabrics, and invent their own using sounds and movements, such as clap, stomp, clap, stomp. These experiences align with ACARA's Foundation mathematics content, fostering early skills in observation, description, and prediction.

Pattern work builds essential foundations for number and algebra strands. Students articulate repeating units verbally, like 'big, small, big, small,' and anticipate what comes next, which strengthens counting sequences and classification abilities. Connections extend to literacy through rhyming patterns and art via motif repetition, showing mathematics across disciplines.

Active learning shines here because patterns come alive through touch, sound, and motion. When students manipulate blocks, perform body rhythms in pairs, or hunt collaboratively, they grasp repetition intuitively. These methods engage kinesthetic learners, encourage peer talk, and turn abstract recognition into joyful discovery.

Key Questions

1. Can you find a pattern somewhere in our classroom?
2. What pattern can you see on this piece of fabric?
3. Can you make a pattern with your hands and feet , like clap, stomp, clap, stomp?

Learning Objectives

• Identify the repeating unit in a given visual or auditory pattern.
• Copy a given repeating pattern using concrete materials.
• Continue a given repeating pattern for at least two more repetitions.
• Describe a simple repeating pattern using words, for example, 'red, blue, red, blue'.

Before You Start

Sorting and Classifying Objects

Why: Students need to be able to group similar items to recognise the elements that form a repeating unit.

Recognising Shapes and Colours

Why: Many early patterns are based on visual attributes like shape and colour, so familiarity is essential.

Key Vocabulary

pattern	A repeating sequence of shapes, colours, sounds, or movements.
repeating unit	The smallest part of a pattern that repeats over and over again.
copy	To make something exactly the same as something else.
continue	To keep going or extend a pattern.

Watch Out for These Misconceptions

Common Misconception

Any random arrangement of objects is a pattern.

What to Teach Instead

True patterns have a consistent repeating unit that can be copied and predicted, like red-blue-red-blue. Pattern hunts and copying tasks with manipulatives help students test extensions, revealing why random groups fail the repeat rule.

Common Misconception

Patterns only involve colors or shapes.

What to Teach Instead

Patterns appear in sounds, movements, sizes, and more. Multisensory activities like body percussion or block stacking show variety, as students describe and replicate non-visual sequences through peer demonstration.

Common Misconception

Once started, patterns never repeat the same way.

What to Teach Instead

Repeating patterns maintain the core unit steadily. Collaborative extending exercises clarify this, as groups predict and verify next terms aloud, building confidence in regularity.

Active Learning Ideas

Pattern Hunt: Classroom Exploration

Divide the class into small groups and provide clipboards. Students locate three repeating patterns around the room, sketch them, and note the core unit like 'line, dot, line.' Regroup to share findings and extend one pattern together.

30 min·Small Groups

Body Patterns: Rhythm Chains

Model a pattern like clap, pat, stomp. In pairs, one leads by performing three repeats; the partner copies and adds one more element. Pairs perform for the whole class, with everyone predicting the next move.

20 min·Pairs

Block Builds: Copy and Extend

Supply two-color blocks to tables. Students first copy a teacher-made pattern on a strip, then create their own ABAB sequence. Partners test each other's by continuing it twice more.

25 min·Pairs

Fabric Finds: Textile Tales

Pass around fabric scraps with prints. Individually, students circle repeating units with crayons, then in small groups describe and extend the pattern using drawn shapes. Display and vote on favorites.

35 min·Small Groups

Real-World Connections

• Textile designers use repeating patterns to create fabrics for clothing and home decor. They might use a simple 'flower, leaf, flower, leaf' pattern for a dress.
• Architects and builders use repeating patterns in tiling floors or walls. A common pattern is alternating black and white square tiles.

Assessment Ideas

Quick Check

Show students a pattern strip with missing end pieces, such as 'circle, square, circle, square, ___, ___'. Ask them to draw or place the next two shapes to continue the pattern.

Discussion Prompt

Present a collection of classroom objects (e.g., blocks, crayons, buttons). Ask: 'Can you find a pattern in these objects? Describe the pattern you see and tell me what comes next.'

Exit Ticket

Give each student a card with a simple pattern (e.g., clap, snap, clap, snap). Ask them to write or draw the next two actions in the sequence and then name the repeating unit.

Frequently Asked Questions

How do I introduce repeating patterns to Foundation students?

Start with familiar examples like clothing prints or playground rhythms. Use key questions to prompt hunts: 'What pattern do you see here?' Model copying simple ABAB with blocks, then let students lead. Keep sessions short, 15-20 minutes, with praise for descriptions like 'circle, square, repeat.' This scaffolds from recognition to creation smoothly.

What are common pattern misconceptions in early years?

Children often think random groups count as patterns or limit them to colors. Address by contrasting true repeats in hands-on tasks: lay out non-patterns for sorting, then build extendable ones. Peer discussions during shares reinforce the repeating unit rule, turning errors into learning moments.

How can active learning help teach patterns?

Active methods like movement patterns or block building make repetition tangible for young learners. Students internalise units through physical repetition, peer testing, and sensory input, far beyond worksheets. Whole-class rhythms build community, while small-group hunts spark talk; results show deeper retention and enthusiasm across abilities.

How do patterns link to Australian Curriculum Foundation maths?

ACARA Foundation standards require recognising and continuing simple patterns with objects, sounds, and images. This topic delivers through environmental hunts and creations, supporting algebra foundations. It integrates with measurement via size patterns and statistics through sorting, providing cross-strand practice in authentic contexts.