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This lesson covers technique for the structured questions in Section B of the AQA GCSE Food Preparation and Nutrition Paper 1 (8585). This section contains 5 questions worth a total of 80 marks and is where the majority of marks are awarded.
| Feature | Detail |
|---|---|
| Number of questions | 5 |
| Total marks | 80 |
| Time available | Approximately 80–85 minutes (after completing Section A) |
| Question types | Short answer (1–2 marks), medium answer (3–4 marks), extended response (6–8 marks) |
| Content | Any area of the specification; questions may combine topics |
| Context | Many questions use scenarios, data or images |
These test straightforward recall:
Example (2 marks): "Name two food poisoning bacteria."
Model answer: Campylobacter and Salmonella. (1 mark each)
Key tip: Be precise and concise. Do not waste time writing more than needed.
These require more detail or explanation:
Example (4 marks): "Explain how cross-contamination can occur during food preparation."
Model answer:
These require detailed, well-structured answers with explanation and often evaluation:
Example (6 marks): "Evaluate the advantages and disadvantages of using food additives."
This requires:
| Marks | Number of Points | Depth | Structure |
|---|---|---|---|
| 1 | 1 point | Minimal | Word, phrase or sentence |
| 2 | 2 points | Brief | Two sentences or one developed sentence |
| 3 | 3 points (or 2 developed) | Moderate | Short paragraph |
| 4 | 4 points (or 3 developed) | Moderate | 1–2 paragraphs |
| 6 | Multiple developed points | Detailed | 2–3 paragraphs with explanation |
| 8 | Extended, balanced argument | Very detailed | 3–4 paragraphs with conclusion |
Some structured questions include tables, charts, nutritional labels or images. You are expected to:
| Task | What to Do |
|---|---|
| Read the data | Study the information carefully before answering |
| Identify key values | Look for high, low, unusual or significant values |
| Make comparisons | If two products are shown, compare their values directly |
| Use the data in your answer | Quote specific numbers from the table/chart (e.g., "Product A contains 18g of sugar per 100g, which is classified as high according to the traffic light system") |
| Apply your knowledge | Link the data to your understanding of nutrition, food safety or food science |
If given nutritional information per 100g:
| Nutrient | Product A | Product B |
|---|---|---|
| Energy | 450 kcal | 280 kcal |
| Fat | 22g | 8g |
| Saturates | 12g | 3g |
| Sugars | 18g | 5g |
| Salt | 1.8g | 0.6g |
| Fibre | 1.2g | 4.8g |
You might be asked: "Compare the nutritional content of Product A and Product B. Which would be a healthier choice?"
Model answer: "Product A has significantly higher fat (22g vs 8g), saturated fat (12g vs 3g), sugar (18g vs 5g) and salt (1.8g vs 0.6g) per 100g compared to Product B. Using traffic light thresholds, Product A would show red for fat, saturates, sugar and salt, while Product B would show amber for fat and green for saturates, sugar and salt. Product B also contains more fibre (4.8g vs 1.2g), which supports digestive health. Product B is the healthier choice overall, as it is lower in nutrients associated with heart disease (saturated fat, salt), type 2 diabetes (sugar) and obesity (fat, energy), while being higher in fibre."
Many Section B questions present a scenario — a specific situation that you must apply your knowledge to:
"A school is organising a food event. One student is vegan, one has a nut allergy, and the event has a budget of £3 per person."
| Step | Action |
|---|---|
| 1 | Identify the constraints — vegan, nut allergy, £3 budget |
| 2 | Apply your knowledge to each constraint — what can a vegan eat? What must someone with a nut allergy avoid? |
| 3 | Suggest specific solutions — name actual dishes, specific alternative ingredients |
| 4 | Explain your reasoning — why each choice is suitable for the given constraints |
| 5 | Consider practical factors — can the food be prepared in a school kitchen? Is the budget realistic? |
These are the highest-value questions and typically appear at the end of each structured question. They require:
Before writing a 6-mark or 8-mark answer, spend 1–2 minutes planning:
For the highest marks on extended responses, your answer must:
| Criterion | How to Achieve It |
|---|---|
| Accurate knowledge | State facts correctly; use correct terminology |
| Detailed explanation | Explain why, not just what; link cause to effect |
| Application to context | Apply knowledge to the specific scenario in the question |
| Balance | For evaluate/discuss questions, present both sides |
| Logical structure | Organise your answer into clear paragraphs |
| Specific examples | Name specific foods, bacteria, temperatures, nutrients |
| Conclusion (if evaluating) | Weigh up arguments and reach a reasoned judgement |
Question: "A family is planning a barbecue. Explain the food safety precautions they should take when handling and cooking raw meat." (6 marks)
Model Answer:
When handling raw meat at a barbecue, the family should take several food safety precautions to prevent food poisoning.
Personal hygiene and cross-contamination prevention are essential. Hands should be washed thoroughly with hot soapy water for at least 20 seconds before and after handling raw meat. Separate utensils should be used for raw and cooked meat — for example, using one set of tongs to place raw burgers on the barbecue and a different, clean set to remove the cooked burgers. Raw meat should be kept on a separate plate from ready-to-eat foods such as salads and bread rolls. (2 marks)
Temperature control is critical at a barbecue. Raw meat should be kept in a cool box with ice packs until ready to cook, to keep it below 5°C and out of the danger zone (5–63°C). Burgers and sausages must be cooked until the core temperature reaches at least 75°C, as minced meat products can contain bacteria (such as E. coli O157) throughout, not just on the surface. A food temperature probe should be used to check this — the probe should be inserted into the thickest part of the meat. (2 marks)
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