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Number Fun Together

Mathematics • 60 • 25 students • Created with AI following Aligned with New Zealand Curriculum

Mathematics
60
25 students
5 May 2026

Teaching Instructions

Create a lesson plan for Year 0 & Year 1 primary students focused on memorising addition and subtraction facts up to 5. Use hands-on learning activities aligned with the New Zealand curriculum refresh. Include WALT (We Are Learning To) for the lesson, success criteria, differentiation strategies for diverse learners, and extension activities for advanced learners.

Year: 0 & 1 | Duration: 60 minutes | Class Size: 25


WALT (We Are Learning To)

  • Memorise addition and subtraction facts up to 5 using hands-on activities.
  • Understand number relationships through play and materials.
  • Use correct mathematical language to describe addition and subtraction.

Curriculum Links - New Zealand Curriculum Refresh (Te Mātaiaho)

Strand: Number and Algebra
Level: 1 (Years 0-1)

Learning objective references:

  • Recall addition and subtraction facts up to 5 and begin to explore facts up to 10 (including doubles and halves).
  • Use materials like counters, 10s frames, and part-whole diagrams to understand and represent addition and subtraction facts.
  • Use mathematical language such as add, join, plus, subtract, separate to describe operations.
  • Develop fluency through physical and digital games and real-world problem-solving.
  • Develop subitising skills (recognising a number without counting) for collections up to 5.

Key Competencies:

  • Thinking: Encourage reasoning about number relationships and making connections.
  • Using language, symbols and texts: Use mathematical vocabulary and symbols in describing operations.
  • Managing self: Persist in tasks and problem-solving activities.
  • Relating to others: Work collaboratively in games and activities requiring turn-taking.

Reference: Te Mātaiaho Maths and Statistics in the New Zealand Curriculum Years 0–8, October 2024 .


Success Criteria

  • Students can confidently say addition and subtraction facts up to 5 from memory.
  • Students can use counters or 10s frames to model addition and subtraction problems.
  • Students use correct mathematical language when describing their number sentences.
  • Students solve simple addition and subtraction problems in pairs or small groups.

Materials Needed

  • Counters (25 sets, approx. 10 each)
  • 10s frames (laminated or printed, one per student)
  • Number cards (0 to 5)
  • Part-whole diagrams (laminated or printed)
  • Whiteboard and markers
  • Dice with dots 1-5
  • Mini abacus or multilink cubes
  • Interactive digital maths game (if tech available)

Lesson Outline

1. Introduction & Warm Up (10 minutes)

  • Welcome and briefly explain WALT using kid-friendly language:
    "Today we are learning to add and take away numbers up to 5 by using counters and fun games!"
  • Quick subitising game: Show dot cards (1 to 5) briefly—students shout out numbers without counting fingers.
  • Show a simple addition or subtraction (e.g., 2 + 3 or 5 – 1) using counters on a 10s frame, narrating language: "Two counters join with three counters to make five."

2. Hands-on Activity: Family of Facts with Counters (20 minutes)

  • Distribute counters and 10s frames to pairs of students.
  • Give them a number card (e.g., 3) and ask them to make two groups that add to that number, discussing with their partner: "Can you make 3 in two different ways?"
  • Model filling in a part-whole diagram with their groupings. For example, 1 and 2 make 3 or 0 and 3 make 3.
  • Connect subtraction: "If I have 3 counters and take away 1, how many are left?"
  • Each pair takes turns explaining one addition and one subtraction fact to the class using their materials.
  • Teacher prompts correct language: add, take away, total, left.

3. Group Game: Dice Addition and Subtraction (15 minutes)

  • Students sit in a circle.
  • Each student rolls the dice showing 1 to 5 dots twice. They use their counters and 10s frame to add the two numbers.
  • Then, for subtraction, roll once and ask, "If you take away this number from the total of 5, how many left?"
  • Children share their thinking with a partner.
  • Teacher circulates giving scaffolding for students who need help, or encouraging faster learners to try and explain why 3 + 2 is the same as 2 + 3 (commutative property).

4. Independent Exploration with Digital or Physical Tools (10 minutes)

  • Set up two activity stations:
    1. Interactive digital game practising facts to 5 through matching and quick recall.
    2. Physical activity with multilink cubes to build towers illustrating addition and subtraction.
  • Students rotate midway through.

5. Wrap Up & Reflection (5 minutes)

  • Group discussion: Ask students, "What did you learn about numbers today?"
  • Introduce success criteria: "We found out that 5 can be made in lots of ways and that adding and taking away can be fun with counters!"
  • Give a quick thumbs-up/thumbs-down or a short thumbs sideways for "I’m still learning this."

Differentiation Strategies

For Students Needing Support:

  • Use smaller groups and one-on-one scaffolding with manipulatives.
  • Use more visual supports such as colourful number lines or finger representations.
  • Provide repeated patterns (e.g., 1+1, 2+1) before moving on.
  • Use language cues and sentence starters: "I have __, I add __, so I have __."

For Advanced Learners:

  • Challenge them to explore addition and subtraction facts up to 10 using the same activities.
  • Ask them to explain the commutative property (e.g., 2 + 3 = 3 + 2) and create their own number sentences or “families of facts.”
  • Invite them to teach peers or lead small-group discussions.

Assessment & Evidence Gathering

  • Observe students during pair and group activities noting use of correct terminology and ability to model problems with materials.
  • Check completed part-whole diagrams whether accurate representations of facts.
  • Use quick oral quizzes at wrap-up to assess memorisation.
  • Review students’ explanations for understanding of addition and subtraction relationships.

Notes:

  • Emphasise the use of real objects and visual representations to build foundational understanding as per the New Zealand Curriculum Refresh recommendations.
  • Include Māori and Pasifika counting patterns or language examples where possible to connect to learner identities.

This plan aligns with the Number and Algebra strand at Level 1 of the New Zealand Curriculum Refresh, emphasising fluency in basic addition and subtraction through varied, hands-on approaches and language development that meets diverse learner needs .

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