Teavhing

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A general step by step framework for the type of question you are doing

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List out the related/possibly applicable formulae on the side of the board when doing questions

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Explain your thinking when looking at specific questions

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List out all possible mistakes people have made and things student should be aware of

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Point out how certain techniques are used in disciplines outside of mathematics to make the information relevant to the student e.g. differentiation for economics, integration for engineering, discrete maths for computer science, mechanics for physics, statistics for pretty much everything in science, engineering, and social science, etc. If you have problems finding examples from textbooks, consider using Google for university level material.

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Have summary sheets of the topics and material that they would need to learn; Bicen Maths (YouTube channel) has very good worksheets and videos for this

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Give them a list of YouTubers to follow in case there are things they need to revise on e.g. Bicen Maths, TL Maths, Exam Solutions

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Give students past papers to work from across all possible exam boards. Give out practice papers often

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Teach students to work on their weak areas and not just their strengths.

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Include visuals where appropriate

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Try to complete the syllabus early so it gives them more time to revise and practice. Then spend remaining lesson time going through past papers.