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Teach Further Maths

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'Teach Further Maths' is a suite of Maths PowerPoint presentations for Teachers and Students of Further Mathematics A Level, AS Level or equivalent. 68 high quality, fully animated colour further maths PowerPoint presentations, consisting of over 3000 slides - a comprehensive teaching resource. PowerPoints covering all of the major topics from the syllabi - Polar Coordinates, Matrices, Differential Equations etc...) Complete further maths A level lessons ready to deliver

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'Teach Further Maths' is a suite of Maths PowerPoint presentations for Teachers and Students of Further Mathematics A Level, AS Level or equivalent. 68 high quality, fully animated colour further maths PowerPoint presentations, consisting of over 3000 slides - a comprehensive teaching resource. PowerPoints covering all of the major topics from the syllabi - Polar Coordinates, Matrices, Differential Equations etc...) Complete further maths A level lessons ready to deliver

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Maths Jokes Posters
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Maths Jokes Posters

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A collection of all entries for the ‘Maths Jokes, Puns & One-Liners’ Twitter Olympiad 2021 by @TeachFMaths. Each joke is presented on a separate A4 page, including a colourful border. These would make a great classroom or school corridor wall display. In fact, they’re already on my own classroom wall! Cheers Paul Hunt @TeachFMaths on Twitter
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Differential Equations Bundle
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Differential Equations Bundle

€48.56Save 37%
7 Resources
7 presentations covering various aspects of first and second order differential equations, including their use in modelling. Covers all of the core A-Level Further Maths content for differential equations + more!
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DeMoivre's Theorem Bundle
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DeMoivre's Theorem Bundle

€29.13Save 33%
4 Resources
DeMoivre’s Theorem and Applications 1,2,3 and 4. Comprehensive coverage of the theory and applications of DeMoivre’s Theorem for A-Level Further Maths.
Volumes of Revolution
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Volumes of Revolution

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A ‘Teach Further Maths’ Resource To be able to derive the formulae for volumes of revolution about the coordinates axes To be able to calculate volumes of revolution about the coordinates axes. To be able to calculate more complicated volumes of revolution about the coordinates axes. (69 Slides)
The Mean Value Theorem
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The Mean Value Theorem

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A ‘Teach Further Maths’ Resource To understand and use the Mean Value Theorem for integration. To understand the term ‘Root Mean Square Value’ and know how to calculate it for certain functions. (37 Slides)
Partial Fractions and Integration
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Partial Fractions and Integration

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A ‘Teach Further Maths’ Resource To recall previously encountered partial fractions methods (i.e. linear denominators and repeated linear denominators) To be able to find partial fractions when there is a quadratic term in the denominator. To be able to integrate expression using partial fractions. (47 Slides)
Matrix Transformations in 3D
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Matrix Transformations in 3D

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A ‘Teach Further Maths’ Resource To be able to carry out reflections about one of the coordinate axes in 3 dimensions. To be able to carry out rotations about one of the coordinate axes in 3 dimensions. (40 Slides)
Further Vectors 5
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Further Vectors 5

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A ‘Teach Further Maths’ Resource To be able to find the distance between 2 parallel lines. To be able to find the distance between 2 skew lines. (33 Slides)
Further Vectors 6
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Further Vectors 6

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A ‘Teach Further Maths’ Resource To be able to find the vector product of two vectors. To understand various properties of the vector product. To be able to use the vector product to find perpendicular vectors. To be able to find certain areas and volumes using the vector product. (52 Slides)
Further Vectors 7
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Further Vectors 7

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A ‘Teach Further Maths’ Resource To be able to find the equation of a line using the vector product. To be able to the distance between a point and a line using the vector product. To be able to find the shortest distance between two skew lines using the vector product. To be able to use the vector product to deduce whether or not two lines intersect. To be able to interpret the vector product geometrically. (36 Slides)
Modelling with First Order Differential Equations
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Modelling with First Order Differential Equations

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A ‘Teach Further Maths’ Resource To be able to model certain situations using 1st order differential equations. To be able to model certain situations using coupled 1st order differential equations. (64 Slides)
Modelling with Second Order Differential Equations
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Modelling with Second Order Differential Equations

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A ‘Teach Further Maths’ Resource To be able to model simple harmonic motion using 2nd order differential equations. To be able to model damped (and forced) oscillations using 2nd order differential equations. (38 Slides)
Reduction Formulae
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Reduction Formulae

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A ‘Teach Further Maths’ Resource To be able to derive and use reduction formulae for integration. (47 Slides)
Factorising Determinants
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Factorising Determinants

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A ‘Teach Further Maths’ Resource To know and use the basic rules for simplifying determinants. To be able to factorise determinants. (57 Slides)
Further Numerical Integration
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Further Numerical Integration

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A ‘Teach Further Maths’ Resource To be able to approximate the area under a curve using the Mid-Ordinate Rule. To be able to approximate the area under a curve using Simpson’s Rule. (51 Slides)
Inequalities Involving Cubics and Quartics
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Inequalities Involving Cubics and Quartics

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A ‘Teach Further Maths’ Resource To be able to apply the Rational Root Theorem to identify factors of polynomials. To be able to use Descartes’ Rule of Signs to identify the nature (signs) of roots of polynomials. To be able to solve inequalities involving cubic and quartic functions. (41 Slides)