Further Mathematics
AI prompts for senior secondary learners.
π 36-Week WAEC Study Guide for Further Mathematics β397 prompts matching "Common command word mistakes SS2 students make"
Showing only prompts that state their year. 35 more in this subject don't name one, so choose All years to see them.
Explain Back: Splitting a single logarithm into several
I have just studied splitting a single logarithm into several in my SS1 Further Mathematic
Subscribe to unlock allExplain Back: A logarithmic equation written in two different bases
I have just studied a logarithmic equation written in two different bases in my SS1 Furthe
Subscribe to unlock allExplain Back: Spotting the pattern in a sequence of squares or cubes
I have just studied spotting the pattern in a sequence of squares or cubes in my SS1 Furth
Subscribe to unlock allExplain Back: Finding the first term from two given terms
I have just studied finding the first term from two given terms in my SS1 Further Mathemat
Subscribe to unlock allExplain Back: Finding the first term from two given terms of a geometric progression
I have just studied finding the first term from two given terms of a geometric progression
Subscribe to unlock allExplain Back: Solving a linear inequality that contains brackets
I have just studied solving a linear inequality that contains brackets in my SS1 Further M
Subscribe to unlock allExplain Back: The solution when the quadratic expression is greater than nought
I have just studied the solution when the quadratic expression is greater than nought in m
Subscribe to unlock allExplain Back: Solving an inequality such as modulus of 2x minus 1 less than 5
I have just studied solving an inequality such as modulus of 2x minus 1 less than 5 in my
Subscribe to unlock allIGCSE Additional Maths Y10: The image of an element under a function β Practice Set
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Set me a practice set
Subscribe to unlock allIGCSE Additional Maths Y10: Set-builder notation for a domain β Explain It Back
I am in SS 1. I have just studied set-builder notation for a domain for Cambridge IGCSE Ad
Subscribe to unlock allIGCSE Additional Maths Y10: The difference between fg and gf β Practice Set
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Set me a practice set
Subscribe to unlock allIGCSE Additional Maths Y10: Evaluating fg of a given number β Explain It Back
I am in SS 1. I have just studied evaluating fg of a given number for Cambridge IGCSE Addi
Subscribe to unlock allIGCSE Additional Maths Y10: The graph of a one-one function β Practice Set
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Set me a practice set
Subscribe to unlock allIGCSE Additional Maths Y10: Why the graph of an inverse is a reflection β Explain It Back
I am in SS 1. I have just studied why the graph of an inverse is a reflection for Cambridg
Subscribe to unlock allIGCSE Additional Maths Y10: Solving a modulus equation graphically β Practice Set
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Set me a practice set
Subscribe to unlock allIGCSE Additional Maths Y10: Solving a modulus equation algebraically by squaring β Explain It Back
I am in SS 1. I have just studied solving a modulus equation algebraically by squaring for
Subscribe to unlock allIGCSE Additional Maths Y10: Reading the line of symmetry from the completed square form β Practice Set
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Set me a practice set
Subscribe to unlock allIGCSE Additional Maths Y10: The greatest or the least value of a quadratic β Explain It Back
I am in SS 1. I have just studied the greatest or the least value of a quadratic for Cambr
Subscribe to unlock allIGCSE Additional Maths Y10: No real roots, and what the discriminant shows β Practice Set
I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Set me a practice set
Subscribe to unlock allIGCSE Additional Maths Y10: Finding k so that a quadratic has equal roots β Explain It Back
I am in SS 1. I have just studied finding k so that a quadratic has equal roots for Cambri
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