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Further Mathematics

AI prompts for senior secondary learners.

📅 36-Week WAEC Study Guide for Further Mathematics →
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1,305 prompts matching "Multi-part progression problem with an unknown first term"

Showing only prompts that state their year. 35 more in this subject don't name one, so choose All years to see them.

Practice: The equation of a line through a point with a given gradient

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WAEC Prep: The length of the tangent from an external point

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WAEC Prep: The hyperbola in standard form, and its asymptotes

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WAEC Prep: The standard deviation of grouped data using an assumed mean

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WAEC Prep: A couple, and why its moment is the same about every point

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Learn: Two particles joined by a light inextensible string over a smooth pulley

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Quiz: The tension in the string joining two connected particles

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WAEC Prep: A car towing a trailer, and the force in the tow bar

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WAEC Prep: Limiting equilibrium, with a body on the point of sliding

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WAEC Prep: The simple pendulum as an example of simple harmonic motion

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WAEC Prep: Two elastic strings supporting one particle

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Spot my mistake: Assuming multiplying a vector by a negative scalar leaves its magnitude negative

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Spot my mistake: Differentiating a product by multiplying the derivatives of its two factors

Act as my SS3 Further Mathematics tutor. Write a short answer on differentiating a product

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Simplifying an expression before solving an equation

I am in SS 3. Quiz me with 3 short Additional Maths questions on why it is often worth ful

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Evaluating a function at an algebraic input

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Range of a simple function from its graph or values

I am in SS 3. Quiz me with 3 short Additional Maths questions on finding the range of a si

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Mapping diagrams and function types

I am in SS 3. I'm going to explain how a mapping diagram represents a function, and identi

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Graphs of a function and its inverse as reflections

I am in SS 3. Teach me why the graph of a function and the graph of its inverse are reflec

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Why not every function has an inverse function

I am in SS 3. I attempted an Additional Maths question on why some functions, such as f(x)

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Restricting the domain so an inverse exists

I am in SS 3. Teach me restricting the domain of a many-to-one function, such as f(x) = x^

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