Further Mathematics
AI prompts for senior secondary learners.
π 36-Week WAEC Study Guide for Further Mathematics β755 prompts matching "WAEC exam question: the converse, the inverse and the contrapositive"
Showing only prompts that state their year. 35 more in this subject don't name one, so choose All years to see them.
Show All Working: A geometric progression with a fractional common ratio
Act as my Further Mathematics examiner. I am in SS 1. Set me a question on a geometric pro
Subscribe to unlock allShow All Working: Writing a quadratic solution set in interval form
Act as my Further Mathematics examiner. I am in SS 1. Set me a question on writing a quadr
Subscribe to unlock allIGCSE Additional Maths Y10: What makes a function one-one β Teach Me
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Teach me what makes a
Subscribe to unlock allIGCSE Additional Maths Y10: A quadratic in x squared, solved by substitution β Teach Me
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Teach me a quadratic i
Subscribe to unlock allIGCSE Additional Maths Y10: Simplifying a product of algebraic terms carrying indices β Teach Me
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Teach me simplifying a
Subscribe to unlock allIGCSE Additional Maths Y10: A bracket of several letters raised to a power β Quiz Me
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Quiz me with five shor
Subscribe to unlock allIGCSE Additional Maths Y10: Rationalising a denominator inside a coordinate geometry answer β Quiz Me
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Quiz me with five shor
Subscribe to unlock allIGCSE Additional Maths Y10: Dividing a cubic by a linear expression β Teach Me
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Teach me dividing a cu
Subscribe to unlock allIGCSE Additional Maths Y10: Changing a logarithm to a chosen base β Teach Me
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Teach me changing a logarithm to a chosen base the way the syllabus presents it, using its command words such as 'show that' and 'hence'. Work one example through step by step, then set me a short question in the same style.
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IGCSE Additional Maths Y10: A logarithmic equation that reduces to a quadratic β Quiz Me
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Quiz me with five shor
Subscribe to unlock allIGCSE Additional Maths Y10: Solving ln x equals a given number β Quiz Me
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Quiz me with five shor
Subscribe to unlock allIGCSE Additional Maths Y10: Why a non-linear relation is reduced to linear form β Teach Me
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Teach me why a non-lin
Subscribe to unlock allIGCSE Additional Maths Y10: Showing that a quadrilateral is a parallelogram β Teach Me
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Teach me showing that
Subscribe to unlock allIGCSE Additional Maths Y10: Showing that a quadrilateral is a rectangle β Quiz Me
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Quiz me with five shor
Subscribe to unlock allIGCSE Additional Maths Y10: Sketching a cubic from its factors β Quiz Me
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Quiz me with five shor
Subscribe to unlock allIGCSE Additional Maths Y10: Solving f of x equals g of x graphically β Quiz Me
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Quiz me with five shor
Subscribe to unlock allZero index rule
I am in SS 1. I'm going to explain the zero index rule, showing why any nonzero number rai
Subscribe to unlock allSolving index equations with matching bases
I am in SS 1. I'm going to explain solving an index equation by rewriting both sides with
Subscribe to unlock allSimplifying a fraction of two bracketed index terms
I am in SS 1. I'm going to explain simplifying a fraction of index expressions down to a s
Subscribe to unlock allSolving 4^x = 8^(x-1) by matching bases
I am in SS 1. I'm going to explain solving the equation 4^x = 8^(x-1) by writing both side
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