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Share the nation, school year or qualification, exam board and specification code if known. Include the school’s selected topics and case studies. The examples below show different kinds of help; the school’s course materials should determine the lesson content. The England geography curriculum and AQA GCSE geographical skills show why the precise course matters.

For a KS3 practice example, two places are 4 cm apart on a correctly scaled 1:25,000 map. The scale means 1 cm on the map represents 25,000 cm on the ground. So 4 × 25,000 = 100,000 cm, which is 1,000 m, or 1 km.

A common mistake is to write “100,000 metres” after multiplying. Keeping the unit at every step reveals the error: the multiplication gives centimetres, and the conversion comes afterwards. A clear response is: “The straight-line distance is 1 km.” A road that bends between the places needs to be measured along its route.

For follow-up practice, use 6 cm on the same scale. The distance is 1.5 km; ask the learner to show the conversion, not just give the number. The Ordnance Survey map-reading guide explains scale and measuring routes.

If the learner studies AQA GCSE 8035’s river-landscape option, land use is one of the factors they consider when studying flood risk. Consider this constructed practice question: How can replacing a garden with impermeable paving increase flood risk? “More people live in cities, so they flood” names a setting but does not explain the process in the question.

Work through the route taken by rainwater. An impermeable surface, such as concrete, prevents water soaking through it into the ground. This reduces infiltration and increases surface runoff. More water can then enter drainage systems, adding to flood pressure.

A clearer response is: “Impermeable paving reduces infiltration, so more rainfall flows over the surface into drains. This can increase flood risk when the drainage system cannot carry the additional water.” The word “can” matters: rainfall and drainage conditions also affect the outcome.

The next task could compare impermeable paving with a permeable surface and explain which part of that sequence changes. This is practice wording, not an official mark-scheme answer. The AQA physical geography specification gives the option context; government guidance on permeable surfaces explains the runoff mechanism.

Imagine a practice survey recording 40 pedestrians at a central site and 12 at an outer site, during the same ten-minute interval. These invented figures show a higher count at the central site during that observation. They do not establish that the centre is always busier, or explain why.

A stronger conclusion is: “The central site recorded more pedestrians during this interval. Repeating comparable counts at different times would help test whether the difference persists.” The learner should explain why that improvement matters: one interval could coincide with a bus arriving or a school finishing, so it may give an unrepresentative picture. Those are possible explanations to investigate, not facts supplied by the counts.

For AQA A-level Geography, this kind of critical questioning of data, sampling and conclusions is part of the geographical skills checklist. A tutor can use a separate practice dataset to teach the reasoning before the learner applies their understanding independently.

A free introductory meeting gives you a chance to discuss goals, teaching approach and arrangements before paid lessons. Bring one recent piece of work and explain what the learner finds difficult. Use it to agree a small, observable goal.