A parent, guardian, or teacher should always be involved when a child uses AI. Please review AI responses together before relying on them.
← Back to Senior Secondary

Further Mathematics

AI prompts for senior secondary learners.

📅 36-Week WAEC Study Guide for Further Mathematics →
Three prompts in each subject are free to try. One subscription opens every subject and every prompt in senior secondary, or subscribe your whole school. Already have a code? Enter it here.
Clear

1,334 prompts matching "Teach me multiplying two complex numbers in the form a plus bi"

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

Subscribe to unlock all

WAEC Prep: The magnitude of a vector after multiplication by a scalar

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

Subscribe to unlock all

Quiz: The direction of a vector as an angle with the x-axis

Act as my SS3 Further Mathematics tutor and quiz me on the direction of a vector as an ang

Subscribe to unlock all

WAEC Prep: Using a unit vector to write a force of given size

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

Subscribe to unlock all

Practice: A vector of stated magnitude in a given direction

Act as my SS3 Further Mathematics tutor. Give me five practice questions on a vector of st

Subscribe to unlock all

WAEC Prep: The parallelogram law of vector addition

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

Subscribe to unlock all

WAEC Prep: Adding three vectors in component form

Act as my WAEC Further Mathematics coach. I am in SS 3. Take me through adding three vecto

Subscribe to unlock all

Worked Example: The triangle law of vector addition

Act as my SS3 Further Mathematics tutor. Take me through one full worked example on the tr

Subscribe to unlock all

WAEC Prep: The dot product of a vector with itself

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

Subscribe to unlock all

WAEC Prep: The dot product worked out from components

Act as my WAEC Further Mathematics coach. I am in SS 3. Set me an exam-standard question o

Subscribe to unlock all

WAEC Prep: Three forces in equilibrium written as vectors

Act as my WAEC Further Mathematics coach. I am in SS 3. Take me through three forces in eq

Subscribe to unlock all

WAEC Prep: Writing a force as a vector in i and j form

Act as my WAEC Further Mathematics coach. I am in SS 3. Set me an exam-standard question o

Subscribe to unlock all

Worked Example: The powers of i, and the cycle they follow

Act as my SS3 Further Mathematics tutor. Take me through one full worked example on the po

Subscribe to unlock all

WAEC Prep: The conjugate shown on an Argand diagram

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

Subscribe to unlock all

WAEC Prep: A quadratic whose roots are 2 plus i and 2 minus i

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

Subscribe to unlock all

WAEC Prep: Solving a quadratic whose discriminant is negative

Act as my WAEC Further Mathematics coach. I am in SS 3. Set me an exam-standard question o

Subscribe to unlock all

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

Subscribe to unlock all

WAEC Prep: Why the limit is taken as h tends to nought

Act as my WAEC Further Mathematics coach. I am in SS 3. Take me through why the limit is t

Subscribe to unlock all

Practice: Differentiating x squared from first principles

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

Subscribe to unlock all

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

Subscribe to unlock all