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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 "Solving for x when three terms are in geometric progression"

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

WAEC Prep: Showing a triangle is right-angled using the dot product

Act as my WAEC Further Mathematics coach. I am in SS 3. Take me through showing a triangle

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WAEC Prep: Finding the angle between two vectors from their dot product

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WAEC Prep: The parameter in the vector equation of a line

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WAEC Prep: The vector equation of a line through a point in a given direction

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WAEC Prep: Adding two complex numbers

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WAEC Prep: Multiplying a complex number by a real number

Act as my WAEC Further Mathematics coach. I am in SS 3. Take me through multiplying a comp

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WAEC Prep: Dividing by a purely imaginary number

Act as my WAEC Further Mathematics coach. I am in SS 3. Take me through dividing by a pure

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WAEC Prep: Multiplying two complex numbers

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Worked Example: Squaring a complex number

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WAEC Prep: The conjugate of a purely imaginary number

Act as my WAEC Further Mathematics coach. I am in SS 3. Take me through the conjugate of a

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WAEC Prep: The argument measured in radians

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WAEC Prep: The locus of a complex number equidistant from two points

Act as my WAEC Further Mathematics coach. I am in SS 3. Take me through the locus of a com

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WAEC Prep: Plotting a complex number as a point on the Argand plane

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

I have just studied the locus of a complex number at a fixed distance from a point in my S

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WAEC Prep: De Moivre's theorem used with a negative index

Act as my WAEC Further Mathematics coach. I am in SS 3. Take me through de Moivre's theore

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WAEC Prep: Expanding cos of 3 theta using de Moivre's theorem

Act as my WAEC Further Mathematics coach. I am in SS 3. Take me through expanding cos of 3

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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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WAEC Prep: Differentiating a constant from first principles

Act as my WAEC Further Mathematics coach. I am in SS 3. Take me through differentiating a

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WAEC Prep: The definition of the derivative as a limit

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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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