Maths A-Level Resources for AQA, OCR and Edexcel
Everything you need to study for and pass your A-Level Maths exams. Save countless hours of time!
A-Level Maths revision guides are exactly what you need to confidently study (or teach!) A-level Maths for AQA, Edexcel, OCR, and CIE examination boards.
We cover Pure Mathematics, Probability & Statistics, and Mechanics in detail across 52 chapters.
Download five full chapters for FREE, which include:
We’ve created 52 modules covering every Maths topic needed for A level, and each module contains:
As a premium member, once rolled out you get access to the entire library of A-Level Maths resources. For now, we have made the first five topics completely free of charge for you to get a taste of what’s to come.
Once completed our modules can be used with both UK and international A Level examination board specifications.
We will put together comprehensive mapping documents which will show you exactly which modules align to the specification you are teaching or learning.
Summary The Product Rule Formula: The Quotient Rule Formula: Where f’(x) and g’(x) are derivatives of f(x) and g(x) respectively. The Product Rule When we have to find the derivative of the product of two functions, we apply ”The Product Rule”. Let’s suppose we have two functions f(x) and g(x). We are required to … Read more
Summary A tangent is a line that just touches the curve but doesn’t go through it. The gradient of a tangent = Gradient of a curve at that point A normal is a straight line perpendicular (at right angle 90°) to a curve. We know that differentiation is the process that we use to find … Read more
Summary Chain rule lets us differentiate a function of a function i.e Chain rule can be applied through two different equations: AND What is the chain rule? One of the rules of differentiation is the chain rule, which basically lets us differentiate a function of a function in other words differentiation of composite functions. Let’s … Read more
Summary If y = f(x) is an increasing function then If y = f(x) is a decreasing function then Stationary Points are obtained by solving the equation 3 types of stationary points: i) Maximum Point ii) Minimum Point iii) Point of Inflexion Increasing Function Refer to Fig 1, consider a point A on the curve … Read more
Summary 4 steps to work out differentiation from the First Principle: Give increments to both x & y i.e . Find change of y. Find rate of change of y with respect to x i.e or . Take the limit of as . Gradient of a curve We know that the gradient of … Read more
Summary Remember the formula for ‘Integration By Parts’: We now know how to evaluate many basic integrals. However there are many integrals which are in the form of two functions and cannot be simplified by any substitution. In such cases we use the ‘Product Rule’ of differentiation. We know that: Rewrite it as: Integrating both … Read more