# A request for four whole kits

<p>Year 1 Maths · resources 15–16 · Days 71–80 · 13 October 2026 Source edition.</p>
<p>Two optional 10–15 minute sessions, unpiloted; one session or a smaller separate job is fine.</p><h2>Outcome</h2><p>A reusable paper/material kit and a whole-source instruction label naming the useful quantity, any leftover and a check.</p><p>Plain paper, a pencil or child-directed marks, safe large pieces and named places. A place can be a drawn box or spoken label. No food, real money, purchase, printer, account or device required. A helper moves only the piece/place the child chooses.</p><div class="source"><h3>X08</h3><p>Four pretend garden-picture kits each need four whole cards. How many cards are needed in all?</p></div><ul><li>Session 1: introduce the entire fictional job and agree what would make the outcome useful. Identify the given whole/recipients/pack size or equal-kit structure.</li><li>The child builds or directs their own model. Name each chosen member/place and retain a first drawing, dictated note or list without an adult solution preset.</li><li>After that attempt, inspect the exact task condition and introduce the separate worked possibility if wanted. Count/recombine all original members; do not add missing pieces or cut whole cards.</li><li>Session 2: make an instruction card containing the full source identity and meaning of the result. A willing helper may try it, or the child can explain it privately. Record what actually happened; an invitation is not an observation.</li><li>Compare the first and revised guide as two separate records. Describe the change and the support rather than giving a completion badge.</li></ul><section class="paper-field"><h3>My job</h3><div class="paperblank" aria-label="My job · empty own response"></div></section><section class="paper-field"><h3>What is known</h3><div class="paperblank" aria-label="What is known · empty own response"></div></section><section class="paper-field"><h3>What I need to find</h3><div class="paperblank" aria-label="What I need to find · empty own response"></div></section><section class="paper-field"><h3>My model</h3><div class="paperblank" aria-label="My model · empty own response"></div></section><section class="paper-field"><h3>Answer and meaning</h3><div class="paperblank" aria-label="Answer and meaning · empty own response"></div></section><section class="paper-field"><h3>My check</h3><div class="paperblank" aria-label="My check · empty own response"></div></section><details><summary>Adult teaching · open after the first try</summary><p>There are 4 known kits with 4 garden-picture cards in every kit. Build or draw each kit separately and count every member once. 4+4+4+4=16 garden-picture cards in all. The numbers 4 and 4 name different quantities, so adding them as two loose parts would not represent the kits. Check each of the 4 kits still contains 4; then recount or use another taught equal-group method. A multiplication symbol is optional adult shorthand, not a prerequisite or a demand for times-table recall.</p></details><h2>Review the actual work</h2><p>Can a reader identify the whole source, requested quantity, equality/complete-size condition, any leftover and a valid whole-collection check? Record source exposure and assistance. No actual helper success is presumed.</p><h2>Full different extension</h2><div class="source"><h3>A complete different project job</h3><p>Three pretend garden kits each need four whole garden-picture cards. How many cards are needed for all three kits?</p></div><p>Keep the first guide. Read this entire separate job and let the child try before using its adult model. Make a separately named guide; compare the source, useful result unit and full check. Do not treat the changed collection as proof of unseen transfer.</p><section class="paper-field"><h3>My job</h3><div class="paperblank" aria-label="My job · empty own response"></div></section><section class="paper-field"><h3>What is known</h3><div class="paperblank" aria-label="What is known · empty own response"></div></section><section class="paper-field"><h3>What I need to find</h3><div class="paperblank" aria-label="What I need to find · empty own response"></div></section><section class="paper-field"><h3>My model</h3><div class="paperblank" aria-label="My model · empty own response"></div></section><section class="paper-field"><h3>Answer and meaning</h3><div class="paperblank" aria-label="Answer and meaning · empty own response"></div></section><section class="paper-field"><h3>My check</h3><div class="paperblank" aria-label="My check · empty own response"></div></section><details><summary>Adult teaching · open after the first try</summary><p>There are 3 known kits with 4 garden-picture cards in every kit. Build or draw each kit separately and count every member once. 4+4+4=12 garden-picture cards in all. The numbers 3 and 4 name different quantities, so adding them as two loose parts would not represent the kits. Check each of the 3 kits still contains 4; then recount or use another taught equal-group method. A multiplication symbol is optional adult shorthand, not a prerequisite or a demand for times-table recall.</p></details><p>Let the child mix objects, a drawing, speech, signing, AAC, tactile marks or an exact directed helper. Read the whole source and allow processing time. Offer a quiet seated route and a pause. Record reading/motor access separately from hints that choose a mathematical step. These are choices, not fixed learning styles or neurotype assignments.</p>
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