Mathematics
AI prompts for senior secondary learners.
📝 2 Mathematics practice tests with answers →📅 36-Week WAEC Study Guide for Mathematics →782 prompts matching "Real-World Word Problem: A word problem modelled by a geometric progression (Exa"
Teach me (Cambridge style): A quadratic equation with roots of opposite sign
I am a Year 10 pupil following the Cambridge syllabus. Teach me a quadratic equation with
Subscribe to unlock allWorked Example: A quadratic that must be rearranged before factorising (Show That / Hence Find)
I am in SS 1. I am revising for both my Cambridge IGCSE and my WAEC Mathematics papers. Wa
Subscribe to unlock allTeach Me (Cambridge Style): Choosing which letter to eliminate first
I am in SS 1. Teach me choosing which letter to eliminate first the way it would be explai
Subscribe to unlock allWorked Example: A pair of equations with fractional coefficients (Show That / Hence Find)
I am in SS 1. I am revising for both my Cambridge IGCSE and my WAEC Mathematics papers. Wa
Subscribe to unlock allExplain Back: Checking a solution in both equations (IGCSE/WAEC Revision)
I am in SS 1. Let me explain checking a solution in both equations back to you in my own w
Subscribe to unlock allWorked Example: Finding the constant of a direct variation from one pair of values (Show That / Hence Find)
I am in SS 1. I am revising for both my Cambridge IGCSE and my WAEC Mathematics papers. Wa
Subscribe to unlock allExplain Back: Finding the constant of an inverse variation from one pair of values (IGCSE/WAEC Revision)
I am in SS 1. Let me explain finding the constant of an inverse variation from one pair of
Subscribe to unlock allIGCSE-style question: A joint variation with one variable in the denominator
I am a Year 10 pupil. Set me one full Cambridge IGCSE examination question on a joint vari
Subscribe to unlock allTeach me (Cambridge style): Finding both constants of a partial variation
I am a Year 10 pupil following the Cambridge syllabus. Teach me finding both constants of
Subscribe to unlock allExplain Back: Solving a linear inequality with the unknown on both sides (IGCSE/WAEC Revision)
I am in SS 1. Let me explain solving a linear inequality with the unknown on both sides ba
Subscribe to unlock allIGCSE-style question: Solving a linear inequality with brackets
I am a Year 10 pupil. Set me one full Cambridge IGCSE examination question on solving a li
Subscribe to unlock allTeach me (Cambridge style): Representing the solution of an inequality on a number line
I am a Year 10 pupil following the Cambridge syllabus. Teach me representing the solution
Subscribe to unlock allIGCSE-style question: The exact ratios of 30, 45 and 60 degrees
I am a Year 10 pupil. Set me one full Cambridge IGCSE examination question on the exact ra
Subscribe to unlock allTeach me (Cambridge style): Using a special angle ratio without a calculator
I am a Year 10 pupil following the Cambridge syllabus. Teach me using a special angle rati
Subscribe to unlock allWorked Example: Using exact ratios to leave an answer in surd form (Show That / Hence Find)
I am in SS 1. I am revising for both my Cambridge IGCSE and my WAEC Mathematics papers. Wa
Subscribe to unlock allWorked Example: Adding or subtracting 180 degrees to reverse a bearing (Show That / Hence Find)
I am in SS 1. I am revising for both my Cambridge IGCSE and my WAEC Mathematics papers. Wa
Subscribe to unlock allIGCSE-Style Question: A distance found from an angle of depression
I am in SS 1. Set me a Cambridge IGCSE-style question on a distance found from an angle of
Subscribe to unlock allIGCSE-style question: The volume of a cone and its curved surface area together
I am a Year 10 pupil. Set me one full Cambridge IGCSE examination question on the volume o
Subscribe to unlock allIGCSE-style question: The volume and surface area of a sphere
I am a Year 10 pupil. Set me one full Cambridge IGCSE examination question on the volume a
Subscribe to unlock allTeach me (Cambridge style): The volume and surface area of a hemisphere
I am a Year 10 pupil following the Cambridge syllabus. Teach me the volume and surface are
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