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Maths Support Centre

Rated 4.77 out of 5, based on 60 reviews
27 Followers
San Salvador, El Salvador
About the store
Welcome! I’m a passionate Mathematics teacher with over 22 years of international experience across KS3, IGCSE, and the IB Diploma Programme – specialising in both Analysis and Approaches and Applications and Interpretation, at Standard and Higher Levels. Here, you’ll discover a wide range of high-quality resources designed to support students at every stage of their mathematical journey.
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Preview of The derivative interpreted as gradient function

The derivative interpreted as gradient function

Powerpoint presentation, 11 slides Explaining how to find the gradient of the tangent at any point on the function, and from there explains the meaning of the derivative and how to get the derivative of a function from first principle and the basic rules for derivative. based on the New IB Mathematics Standard level Syllabus. If you want to find more resources, visit our website www.mathssupport.net
Preview of Equations of tangent and normal lines

Equations of tangent and normal lines

Power Point presentation, 9 slides, Explaining how to find the equation of a the tangent to a curve at a point and the normal to a curve at a point, based on the NEW IB Mathematics Syllabus. More resources www.mathssupport.org
Preview of Introduction to the concept of limits

Introduction to the concept of limits

PowerPoint presentation, 12 slides explaining the concept of limits and the steps to find the limit of a function.
Preview of The derivative of sin (x), cos (x) and tan (x)

The derivative of sin (x), cos (x) and tan (x)

PowerPoint presentation, 12 slides, Explaining the derivative of the sine, cosine, and tangent functions and use some examples to show how to differentiate trigonometric functions, based on the NEW IB Mathematics Standard level Syllabus. If you want to find more resources, visit our website www.mathssupport.net
Preview of The derivative of eˣ and ln x

The derivative of eˣ and ln x

PowerPoint presentation, 22 slides, explaining the derivative of eˣ and the derivative of ln x. Based on the NEW IB Mathematics Standard level Syllabus. If you want to find more resources, visit our website www.mathssupport.net
Preview of The derivative of functions of the form f(x) = axⁿ + bxⁿ-¹

The derivative of functions of the form f(x) = axⁿ + bxⁿ-¹

Power Point presentation, 7 slides, Explaining how to find the derivative of functions using the sum or difference rule. Based on the NEW IB Mathematics Syllabus. For more resources www.mathssupport.org
Preview of Limits and convergence

Limits and convergence

Powerpoint presentation 26 slides using an activity to introduce students to the concept of limits and convergence, explaining how to find the limit of a function graphically and numerically, using a GDC. Based on the New IB Mathematics Syllabus. If you want to find more resources, visit our website www.mathssupport.net
Preview of Integration - Area between two curves

Integration - Area between two curves

PowerPoint presentation, 15 slides, Explaining how to calculate the area between two curves using integrals and how to use the Graphic display calculator to find the area, based on IB Standard Level Syllabus. For more resources visit our website: www.mathssupport.org
Preview of Derivative of f(x) = axⁿ

Derivative of f(x) = axⁿ

PowerPoint presentation, 11 slides, Explaining how to find the derivative of the power function, the constant function, based on the NEW IB Mathematics Standard Level Syllabus. If you want to find more resources, visit our website www.mathssupport.net
Preview of IBHL - Applications of differentiation: Economics

IBHL - Applications of differentiation: Economics

PowerPoint presentation, 10 slides, Using derivatives to solve problems on Economics, marginal profit, marginal cost and marginal revenue, based on IB Mathematics Higher Level Syllabus. For more resources visit our website www.mathssupport.org
Preview of Differentiation: Chain rule

Differentiation: Chain rule

Power Point presentation, 9 slides, Explaining how to use the Chain Rule to differentiate composite functions, based on IB Mathematics: Analysis and approaches, Standard Level Syllabus. For more resources: www.mathssupport.org
Preview of Differentiation, Quotient rule

Differentiation, Quotient rule

Power Point presentation, 8 slides, Explaining how to use the Quotient Rule to differentiate quotients of functions, based on IB Mathematics: Analysis and approaches Standard Level Syllabus. For more resources: www.mathssupport.org
Preview of Differentiation, Product rule

Differentiation, Product rule

Power Point presentation, 7slides, Explaining how to use the Product Rule to differentiate product of functions, based on IB Mathematics: Analysis and approaches Standard Level Syllabus. For more resources www.mathssupport.org
Preview of Limits at infinity - transcendental functions

Limits at infinity - transcendental functions

PowerPoint presentation, 9 slides explaining how to calculate the limit as the function approaches either to positive or negative infinity of the most common transcendental functions: logarithmic, and trigonometric functions. You also receive a Worksheet with 10 questions about the topic along with the answers.
Preview of Limits at infinity - exponential functions

Limits at infinity - exponential functions

PowerPoint presentation, 13 slides explaining how to calculate the limit as the function approaches either to positive or negative infinity of exponential functions. You also receive a Worksheet with 10 questions about the topic along with the answers.
Preview of Limits at infinity - Polynomial functions

Limits at infinity - Polynomial functions

PowerPoint presentation, 13 slides explaining how to calculate the limit as the function approaches either to positive or negative infinity of polynomial functions. You also receive a Worksheet with 10 questions about the topic along with the answers.
Preview of Area of a region enclosed by a curve y = f(x) and the x-axis

Area of a region enclosed by a curve y = f(x) and the x-axis

PowerPoint presentation, 29 slides, Explaining how the area under any graph can be calculated using integrals defined from one point to another; use the GDC to calculate the area, States other properties of definite integrals and shows some worked examples on how to use theses properties, based on IB Standard Level Syllabus. If you want to find more resources, visit our website www.mathssupport.net
Preview of Volumes of revolution

Volumes of revolution

PowerPoint presentation, 15 slides, Explaining how to calculate the volume of a shape generated by rotating a curve around the x-axis, or about the y-axis, using definite integrals, based on IB Mathematics: Analysis and approaches, Higher Level Syllabus. If you want to find more resources, visit our website www.mathssupport.net
Preview of Repeated integration by parts

Repeated integration by parts

PowerPoint presentation, 6 slides, Explaining with examples how to integrate product functions using the method of integrating by parts when is required to apply the method more than once. Based on the Analysis and approaches IB Mathematics Higher level Syllabus.
Preview of Integration by parts

Integration by parts

PowerPoint presentation, 8 slides, Explaining with examples of how to integrate product functions using the method of integrating by parts. Based on the Analysis and approaches IB Mathematics Higher level Syllabus. If you want to find more resources, visit our website www.mathssupport.net
Showing 1-20 of 32 results

About the store

Experience

Welcome! I’m a passionate Mathematics teacher with over 22 years of international experience across KS3, IGCSE, and the IB Diploma Programme – specialising in both Analysis and Approaches and Applications and Interpretation, at Standard and Higher Levels. Here, you’ll discover a wide range of high-quality resources designed to support students at every stage of their mathematical journey.

Teaching style

Facilitator, promote self-learning and help students develop critical thinking skills and retain knowledge that leads to self-actualization.