Mathematics
AI prompts for senior secondary learners.
📝 2 Mathematics practice tests with answers →📅 36-Week WAEC Study Guide for Mathematics →912 prompts matching "Subtracting in base five with borrowing"
Explain Back: The common difference found from the fourth and ninth terms (IGCSE/WAEC Revision)
I am in SS 2. Let me explain the common difference found from the fourth and ninth terms b
Subscribe to unlock allWorked Example: Which form of the geometric sum formula to use when r is less than one (Show That / Hence Find)
I am in SS 2. I am revising for both my Cambridge IGCSE and my WAEC Mathematics papers. Wa
Subscribe to unlock allExplain Back: The common ratio found from the third and sixth terms (IGCSE/WAEC Revision)
I am in SS 2. Let me explain the common ratio found from the third and sixth terms back to
Subscribe to unlock allWorked Example: The condition for a sum to infinity to exist (Show That / Hence Find)
I am in SS 2. I am revising for both my Cambridge IGCSE and my WAEC Mathematics papers. Wa
Subscribe to unlock allExplain Back: The sum to infinity formula (IGCSE/WAEC Revision)
I am in SS 2. Let me explain the sum to infinity formula back to you in my own words, as i
Subscribe to unlock allReal-World Word Problem: A recurring decimal written as a geometric series (Exam Style)
I am in SS 2. Give me a real-world word problem on a recurring decimal written as a geomet
Subscribe to unlock allTeach me (Cambridge style): The formula for the sum to infinity
I am a Year 11 pupil following the Cambridge syllabus. Teach me the formula for the sum to
Subscribe to unlock allExplain Back: Reading a sum written in sigma notation (IGCSE/WAEC Revision)
I am in SS 2. Let me explain reading a sum written in sigma notation back to you in my own
Subscribe to unlock allReal-World Word Problem: Writing a series in sigma notation (Exam Style)
I am in SS 2. Give me a real-world word problem on writing a series in sigma notation, set
Subscribe to unlock allTeach me (Cambridge style): Writing a given series in sigma notation
I am a Year 11 pupil following the Cambridge syllabus. Teach me writing a given series in
Subscribe to unlock allWorked Example: Completing the square step by step (Show That / Hence Find)
I am in SS 2. I am revising for both my Cambridge IGCSE and my WAEC Mathematics papers. Wa
Subscribe to unlock allExplain Back: Deciding which quadratic method a question is steering you towards (IGCSE/WAEC Revision)
I am in SS 2. Let me explain deciding which quadratic method a question is steering you to
Subscribe to unlock allWorked Example: Substituting the linear equation into the quadratic (Show That / Hence Find)
I am in SS 2. I am revising for both my Cambridge IGCSE and my WAEC Mathematics papers. Wa
Subscribe to unlock allExplain Back: Solving the quadratic that the substitution produces (IGCSE/WAEC Revision)
I am in SS 2. Let me explain solving the quadratic that the substitution produces back to
Subscribe to unlock allExplain Back: Multiplying two algebraic fractions (IGCSE/WAEC Revision)
I am in SS 2. Let me explain multiplying two algebraic fractions back to you in my own wor
Subscribe to unlock allReal-World Word Problem: Turning an algebraic fraction upside down in order to divide (Exam Style)
I am in SS 2. Give me a real-world word problem on turning an algebraic fraction upside do
Subscribe to unlock allReal-World Word Problem: Solving a quadratic inequality by factorising (Exam Style)
I am in SS 2. Give me a real-world word problem on solving a quadratic inequality by facto
Subscribe to unlock allTeach me (Cambridge style): Choosing the region inside or outside the roots
I am a Year 11 pupil following the Cambridge syllabus. Teach me choosing the region inside
Subscribe to unlock allTeach me (Cambridge style): Recognising when the sine rule is the right choice
I am a Year 11 pupil following the Cambridge syllabus. Teach me recognising when the sine
Subscribe to unlock allExplain Back: A triangle where the sine rule gives two possible angles (IGCSE/WAEC Revision)
I am in SS 2. Let me explain a triangle where the sine rule gives two possible angles back
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