
Maths • Year 2 • 50 • 25 students • Created with AI following Aligned with New Zealand Curriculum
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This is lesson 3 of 5 in the unit "Fair Sharing: Hautau". Lesson Title: Compare and Represent Lesson Description: Learning intention: We are learning to represent and compare halves and quarters in pizza and toast contexts. Success criteria: I can use models, drawings, words, and symbols to show 1/2, 1/4, 2/4, and 4/4; I can say which fraction is more or less when the wholes are the same. Curriculum alignment: NZ-TMOA-PANG-T1-03—represent simple fractions arising from equal sharing; NZ-TMOA-PANG-T2-04—recognise and use halves and quarters. Start with a culturally responsive “same kai, different sharing” kōrero: fairness depends on equal-sized parts of the same whole, while respecting different food preferences and whānau practices. Use identical pizza and toast models to compare 1/2 and 1/4; build a fraction strip from folded paper and connect 1/2 = 2/4 and 1 = 4/4. Key vocabulary: whakataurite—compare, nui ake—greater/more, iti iho—less/smaller, ōrite—equal, haurua—half, hauwhā—quarter, 1/2, 1/4, 2/4, 4/4. Year 2: compare using concrete models and language “more,” “less,” and “same,” without requiring formal symbols beyond supported recognition. Year 3: order 1/4, 1/2, 2/4, and 4/4, justify equivalence, and solve simple questions such as “Which is more pizza: 2/4 or 1/4?” Extension, only where appropriate: investigate thirds using a strip or tenths using a 10-part bar, stressing equal parts rather than procedural notation. Resources: fraction strips, identical pizza/toast cards, number cards, comparison symbols, hoops, mini-whiteboards. Teacher prompts: “Are the wholes the same size?” “How can the strips prove your answer?” “Can two different fraction names describe the same amount?” Formative assessment: sort fraction cards into less than, equal to, and more than 1/2; listen for justification; collect a draw-and-explain response. Misconceptions: comparing denominators alone, comparing unequal wholes, and believing 2/4 is greater than 1/2; return to matched models.
This is lesson 3 of 5 in the unit Fair Sharing: Hautau. Students use identical pizza and toast wholes to model, draw, name and compare halves and quarters, focusing on fairness through equal-sized parts.
Open with the opening kai-sharing slides. Show two identical pizza or toast wholes and ask: “If two people share one fairly, what must we check first?” Discuss that fairness depends on equal-sized parts of the same whole, while respecting different food preferences and whānau practices. Introduce whakataurite (compare), nui ake (more), iti iho (less), ōrite (equal), haurua (half) and hauwhā (quarter).
Use identical pizza and toast models. Fold or mark one whole into two equal parts and then four equal parts. Ask: “Are the wholes the same size?” and “What makes these parts fair?” Connect the models to (1/2) and (1/4), explaining that the bottom number tells how many equal parts the whole has. Keep the focus on meaning rather than memorising terminology.
In pairs, students fold paper strips into halves and quarters, label the parts, and place the strips together. Guide them to see that one half covers two quarters: (1/2 = 2/4), and the whole is (4/4). Ask: “How can the strips prove your answer?” and “Can two different fraction names describe the same amount?” Display the completed strip in the fraction-strip teaching slide.
Give each pair identical pizza/toast models, fraction strips and fraction cards. Students compare (1/4), (1/2), (2/4) and (4/4), then place cards into hoops labelled “less than (1/2)”, “equal to (1/2)” and “more than (1/2)”. They must explain each placement to a partner using a model, drawing or words. Circulate and listen for justification.
Distribute the compare-and-represent worksheet. Year 2 students draw or shade matching pizza and toast models, identify (1/2) and (1/4), and answer with “more”, “less” or “same”. Year 3 students order (1/4), (1/2), (2/4) and (4/4), explain (1/2 = 2/4), and solve questions such as “Which is more pizza: (2/4) or (1/4)? Explain.”
Invite pairs to share one comparison. Revisit errors using matched models, especially “the denominator is bigger, so the fraction is bigger”, comparing unequal wholes, or claiming (2/4) is greater than (1/2). Ask: “Are the wholes the same size?” and “How can the strips prove your answer?”
Students complete the final draw-and-explain task on the compare-and-represent worksheet: draw or use words to show why (1/2) and (2/4) are equal. Collect responses as students leave.
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