Further Mathematics
AI prompts for senior secondary learners.
π 36-Week WAEC Study Guide for Further Mathematics β755 prompts matching "A simultaneous pair in which the second equation is a circle"
Showing only prompts that state their year. 35 more in this subject don't name one, so choose All years to see them.
Spot My Mistake: Evaluating an expression using the laws of logarithms
Act as my SS1 Further Mathematics tutor. Work a question on evaluating an expression using
Subscribe to unlock allFinal Revision: Proving a logarithmic identity from the laws
Act as my SS1 Further Mathematics tutor at the end of the term. Give me a rapid recap of p
Subscribe to unlock allFinal Revision: Describing a sequence in words and then in symbols
Act as my SS1 Further Mathematics tutor at the end of the term. Give me a rapid recap of d
Subscribe to unlock allSpot My Mistake: Finding the common difference from two given terms
Act as my SS1 Further Mathematics tutor. Work a question on finding the common difference
Subscribe to unlock allSpot My Mistake: Finding the common ratio when the third and sixth terms are given
Act as my SS1 Further Mathematics tutor. Work a question on finding the common ratio when
Subscribe to unlock allFinal Revision: Proving the sum formula for a geometric progression
Act as my SS1 Further Mathematics tutor at the end of the term. Give me a rapid recap of p
Subscribe to unlock allFinal Revision: Writing the inequalities that describe a shaded region
Act as my SS1 Further Mathematics tutor at the end of the term. Give me a rapid recap of w
Subscribe to unlock allIGCSE Additional Maths Y10: Finding the inverse of a linear function β Spot My Mistake
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Work a question on fin
Subscribe to unlock allIGCSE Additional Maths Y10: Choosing the substitution that reveals the quadratic β Spot My Mistake
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Work a question on cho
Subscribe to unlock allIGCSE Additional Maths Y10: Finding the coordinates of the points of intersection β Spot My Mistake
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Work a question on fin
Subscribe to unlock allIGCSE Additional Maths Y10: Expressing the root of an algebraic term as an index β Spot My Mistake
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Work a question on exp
Subscribe to unlock allIGCSE Additional Maths Y10: A surd appearing in the solution of a quadratic β Spot My Mistake
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Work a question on a s
Subscribe to unlock allIGCSE Additional Maths Y10: Using logarithms to bring the unknown down from the exponent β Spot My Mistake
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Work a question on usi
Subscribe to unlock allIGCSE Additional Maths Y10: The intercepts a line makes on both axes β Spot My Mistake
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Work a question on the
Subscribe to unlock allIGCSE Additional Maths Y10: Finding the fourth vertex of a parallelogram β Spot My Mistake
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Work a question on fin
Subscribe to unlock allIGCSE Additional Maths Y10: The reflection y equals f of minus x β Spot My Mistake
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Work a question on the
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 allSolving a surd equation that gives an extraneous root
I am in SS 1. Quiz me with 3 short Additional Maths questions on solving a surd equation s
Subscribe to unlock allFinding which term of a sequence equals a given value
I am in SS 1. Teach me finding which term number in an arithmetic or geometric sequence is
Subscribe to unlock allGradient from a linear equation
I am in SS 1. I'm going to explain finding the gradient and y-intercept of a line directly
Subscribe to unlock all