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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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Further Vectors 3 (A-Level Further Maths)
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Further Vectors 3 (A-Level Further Maths)

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A 'Teach Further Maths' Resource: 51 Slides To be able to find the Equation of a Plane in Scalar Product form. To be able to find the Equation of a Plane in Cartesian form. To be able to find the Equation of a Plane in Parametric form. To be able to find the Perpendicular Distance from a Point to a Plane.
Polar Coordinates 2 (A-Level Further Maths)
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Polar Coordinates 2 (A-Level Further Maths)

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A ‘Teach Further Maths’ Resource 73 slides To be able to convert Polar form to Cartesian form. To be able to convert Cartesian form to Polar form. To use integration to find areas bound by Polar curves. To be able to find equations of tangents at the pole. To be able to find equations of tangents parallel (or perpendicular) to the initial line.
Calculus (A-Level Maths)
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Calculus (A-Level Maths)

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A 'Teach Further Maths' Resource 31 Slides Lesson Objectives: To be able to find the gradient of a curve at any point from first principles.
Roots of Quadratics (A-Level Further Maths)
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Roots of Quadratics (A-Level Further Maths)

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A ‘Teach Further Maths’ Resource 61 slides Lesson Objectives: To understand and use the relationship between the roots and coefficients of a quadratic equation. To find quadratic equations with related roots.
Roots of Quadratics
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Roots of Quadratics

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A 'Teach Further Maths' Resource 61 slides Lesson Objectives: To understand and use the relationship between the roots and coefficients of a quadratic equation. To find quadratic equations with related roots.
Integration with Hyperbolic Functions
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Integration with Hyperbolic Functions

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A 'Teach Further Maths' Resource 35 Slides To recall the derivatives of hyperbolic functions. To be able to integrate hyperbolic functions. To recognise integrals which integrate to inverse hyperbolic functions.
Inverse Matrices and Determinants
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Inverse Matrices and Determinants

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A 'Teach Further Maths' Resource 54 Slides To understand what is meant by the ‘inverse’ of a matrix. To understand what is meant by the ‘determinant’ of a matrix. To be able to find the determinant of a 2x2 or 3x3 matrix. To be able to find the inverse of a 2x2 or 3x3 matrix. To be able to consider determinants of 2x2 matrices and 3x3 matrices geometrically.
Numerical Methods
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Numerical Methods

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A 'Teach Further Maths' Resource 59 Slides To be able to solve equations of the form f(x) =0 using the method of interval bisection. To be able to solve equations of the form f(x) =0 using the method of linear interpolation. To be able to solve equations of the form f(x) =0 using the Newton-Raphson method. To be able to solve equations of the form dy/dx = f(x) using Euler's 'Step by Step' Method.
Inverse Trigonometric Functions (A-Level Further Maths)
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Inverse Trigonometric Functions (A-Level Further Maths)

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A ‘Teach Further Maths’ Resource 46 Slides To sketch graphs of inverse trigonometric functions. To be able to differentiate inverse trigonometric functions. To recognise integrals which integrate to inverse trigonometric functions. To integrate more complicated expressions To know a special form of integral
Matrix Transformations (A-Level Further Maths)
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Matrix Transformations (A-Level Further Maths)

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A ‘Teach Further Maths’ Resource 64 slides Lesson Objectives: To be able to use algebra to solve simple transformations problems. To be able to find matrices associated with common matrix transformations. To be able to describe transformations represented by certain matrices.
First Order Differential Equations
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First Order Differential Equations

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A 'Teach Further Maths' Resource 37 slides Lesson Objectives: To understand what is meant by a linear, first order differential equation’. To recall how to solve some linear first order differential equations by separating variables. To know what is meant by a ‘Family of Solution Curves’. To know how to solve some linear first order differential equations using an integrating factor.
Second Order Differential Equations
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Second Order Differential Equations

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A 'Teach Further Maths' Resource. 78 slides To understand what is meant by a ‘second order differential equation’. To be able to solve some second order differential equations using the auxiliary equation. To be able to solve some second order differential equations by finding a complementary function and a particular integral.
Second Order Differential Equations (A-Level Further Maths)
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Second Order Differential Equations (A-Level Further Maths)

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A ‘Teach Further Maths’ Resource. 78 slides To understand what is meant by a ‘second order differential equation’. To be able to solve some second order differential equations using the auxiliary equation. To be able to solve some second order differential equations by finding a complementary function and a particular integral.
Polar Coordinates 2
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Polar Coordinates 2

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A 'Teach Further Maths' Resource 73 slides To be able to convert Polar form to Cartesian form. To be able to convert Cartesian form to Polar form. To use integration to find areas bound by Polar curves. To be able to find equations of tangents at the pole. To be able to find equations of tangents parallel (or perpendicular) to the initial line.