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Further Mathematics

AI prompts for senior secondary learners.

πŸ“… 36-Week WAEC Study Guide for Further Mathematics β†’
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755 prompts matching "Create a revision plan for polynomials and the remainder/factor theorems"

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: Checking distributivity from two operation tables

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Learn: What an identity element is

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Practice: Why an identity element must work from both sides

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Practice: A fractional index with numerator one, read as a root

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Spot My Mistake: A negative fractional index

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Spot My Mistake: An indicial equation involving fractional bases

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Practice: Evaluating log to base 2 of 8

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Practice: Combining two logarithms into one

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Spot My Mistake: A sequence defined by a recurrence relation

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Learn: What makes a sequence an arithmetic progression

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Learn: What makes a sequence a geometric progression

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Spot My Mistake: A compound interest problem modelled by a geometric progression

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Spot My Mistake: Solving a linear inequality that contains a fraction

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Practice: Using a table of signs to solve a quadratic inequality

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Practice: Solving modulus of x greater than a

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IGCSE 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

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IGCSE Additional Maths Y10: Finding an inverse graphically β€” Spot My Mistake

I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Work a question on fin

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IGCSE 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

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IGCSE Additional Maths Y10: How many solutions a modulus equation has β€” Spot My Mistake

I am a Year 10 pupil taking Cambridge IGCSE Additional Mathematics. Work a question on how

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IGCSE 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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