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Further Mathematics

AI prompts for senior secondary learners.

📅 36-Week WAEC Study Guide for Further Mathematics →
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1,334 prompts matching "Help me plan my WAEC Further Mathematics exam preparation"

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 components of a vector given its magnitude and direction

Act as my SS3 Further Mathematics tutor. Give me five practice questions on the components

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Practice: The magnitude of the sum of two vectors

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Learn: The unit vectors i, j and k

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Practice: A vector of stated magnitude in a given direction

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Learn: Subtracting one vector from another

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Explain Back: The dot product of two perpendicular vectors

I have just studied the dot product of two perpendicular vectors in my SS3 Further Mathema

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Learn: The angle between a vector and one of the axes

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Practice: Deciding whether a point lies on a given line

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Explain Back: The resultant of forces given as vectors

I have just studied the resultant of forces given as vectors in my SS3 Further Mathematics

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Learn: The real and the imaginary parts of a complex number

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Practice: Equating real and imaginary parts to find two unknowns

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Practice: The sum of a complex number and its conjugate

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Practice: The addition of complex numbers shown on an Argand diagram

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Explain Back: The locus of a complex number at a fixed distance from a point

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Practice: Converting a complex number from polar form back to a plus bi

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Explain Back: Raising a complex number to a power by de Moivre's theorem

I have just studied raising a complex number to a power by de Moivre's theorem in my SS3 F

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Learn: The cube roots of unity

You are my personal SS3 Further Mathematics tutor. Teach me the cube roots of unity, worki

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Explain Back: Forming a quadratic equation with given complex roots

I have just studied forming a quadratic equation with given complex roots in my SS3 Furthe

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Practice: Differentiating x squared from first principles

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Explain Back: Differentiating one over x from first principles

I have just studied differentiating one over x from first principles in my SS3 Further Mat

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