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Write a 10-question test on pressure for Year 8 science, half of them with a diagram, matched to the KS3 programme of study.
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Get started for freeWrite a 10-question test on pressure for Year 8 science, half of them with a diagram, matched to the KS3 programme of study.
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Madlen writes questions the way exam boards write them: the right command word, tagged to an Assessment Objective, with marks allocated and answers marked against a levels-of-response mark scheme. The result reads like a past paper, not a worksheet.
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4,300+ question papers, mark schemes and examiner reports from AQA, OCR and Pearson Edexcel, sorted by specification and exam series.
Browse past papersUK Lesson Plan
Set the specification, the teaching methods and the I do, We do, You do balance. Madlen drafts a timed plan you can edit.
What you set
Specification
Teaching methods, up to three
Where the lesson sits
Adaptive teaching
Checks for understanding
What you get
Starter & Retrieval Practice · 6 min
Bilingual Equation & Fact Match Hook
Teacher displays chemical formula tiles (CO₂, H₂O, C₆H₁₂O₆, O₂) alongside images of elodea bubbling under light to hook the concept of measuring rate. Pupils match the formula cards to construct the balanced symbol equation on mini-whiteboards and justify why light is written over the arrow rather than as a reactant.
Direct Instruction (I do) · 10 min
Worked Example & Modelling: The Inverse Square Law
Teacher models calculating relative light intensity using 1/d² on the board with a worked problem (lamp at 10 cm vs 20 cm), explicitly showing squaring, reciprocals, and unit handling. Pupils complete an immediate matched 'Your Turn' calculation for a lamp moved from 10 cm to 30 cm on mini-whiteboards to confirm fluency.
Guided Practice (We do) · 22 min
Required Practical 6 Micro-Investigation & Calculation
Teacher introduces the apparatus: Cabomba/Elodea cutting in sodium hydrogencarbonate solution, LED lamp, metre rule, boiling tube, and stopclock, highlighting the safety note on electrical equipment near water. Pupils follow a 5-step method to count oxygen bubbles produced across 1-minute intervals at 10 cm and 20 cm, recording data in a prepared results table while the teacher circulates to check counting consistency and control of thermal transfer.
Independent Practice (You do) · 11 min
Exam-Style Graded Questions
Teacher distributes exam questions containing a 2-mark rate calculation, a 3-mark graph interpretation question, and a 4-mark explain question on starch storage versus glucose toxicity. Pupils complete the questions independently in test conditions without peer discussion, using precise Tier 3 terminology.
Assessment for Learning · 6 min
Rigorous Cold Calling Check
Teacher poses targeted diagnostic questions with a deliberate 4-second wait time before naming a pupil: 'What specifically limits the rate at point X?', 'Why does heating the plant to 50 °C halt bubble production?', and 'Why must glucose be converted to insoluble starch for storage?'
Plenary · 5 min
Exit Ticket: The Glucose Fate Map
Teacher issues an exit slip containing an unlabelled spider diagram showing five arrows stemming from glucose. Pupils rapidly fill in the five uses (respiration, cellulose, starch, fats/oils, amino acids with nitrate ions) from memory and hand it in at the door as their exit ticket.
Also in every plan
A real UK Lesson Plan made with Madlen, quoted as exported.
Yes. Madlen generates exam-style questions aligned to AQA, Edexcel, OCR and WJEC specifications, with the right command words, AO tagging and levels-of-response mark schemes, from KS3 through GCSE and A-Level.
Yes, Madlen fully supports international educational frameworks such as IB (PYP, MYP, DP), AP, and Cambridge (IGCSE, A-Level). Teachers can select these standards directly when planning lessons or generating question pools.
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