In week 1 we will revisit key concepts from year 12 that make year 13 easier. Most students haven't mastered these topics, so we will review them and fix any knowledge gaps. These topics are the building blocks for pure. We will set students homework to do before joining and on week 1, so these topics are a breeze. 

Each week there will be 3 live lessons, 1 exam class and access to our drop in help sessions. Every lesson is recorded and students have access until the end of the academic year. 

You'll be able to perform the product rule, chain rule, quotient rule for any function extremely quickly. From there, we'll be looking at increasing functions, decreasing functions, stationary points & their nature, points of inflection and optimisation/modelling problems. Differentiation exam questions will be hilariously simple now after week 2.

Each week there will be 3 live lessons, 1 exam class and access to our drop in help sessions. Every lesson is recorded and students have access until the end of the academic year. 

You'll be able to solve trig equations using the reciprocal & pythagorean identities. Now that you can do trig & differentiation... We can start on integration. The only reason why students can't integrate is because they can't do their differentiation and haven't mastered their identities. That will no longer be a problem. 

Each week there will be 3 live lessons, 1 exam class and access to our drop in help sessions. Every lesson is recorded and students have access until the end of the academic year. 

Now that you can do week 1-3... We can start looking at trig addition & double angle formula. This allows us to solve more complicated equations & identities. Furthermore, we can integrate the product of sine & cosine, or sine or cosine squared using the double angle formulae.

With this knowledge it enables us to propely understand the Harmonic Trig problems. This is where you see those questions asking you to express the sum of a sine and cosine function as one trig function mulitplied by R. We'll be doing lots of exam questions on the modelling aspect of Harmonic form and finding the maximums/minimums of functions using harmonic form, and where these occur. At this stage your grade will increase by 10-20 marks immediately. 

Each week there will be 3 live lessons, 1 exam class and access to our drop in help sessions. Every lesson is recorded and students have access until the end of the academic year. 

We'll be looking at the integral of quotients where the numerator is the derivative of the denominator... I call this LOG BOTTOM! As it's the reverse of the derivative of the natural log of a function. We'll then look at integration by substitution and parts...

With tough examples. Not those basic ones you see in a textbook. I'm talking about the 8-10 mark problems that cause headaches for students. You'll now be a master of integration.

Look at how much you've accomplished already. 

Each week there will be 3 live lessons, 1 exam class and access to our drop in help sessions. Every lesson is recorded and students have access until the end of the academic year. 

Parametric functions are just equations linked by a parameter. I'll break down for you how to find the cartesian equation easily so there's no confusion.

You'll learn how to find the derivative parametrically which is quite nice. The only difference is that the derivative will contain the parameter rather than x or y. Then you'll see how to find areas if your curve is given parametrically. Very straightforward... Just need to find out the limits parametrically... Then substitute this into the integral formula and apply the integration techniques from week 3 & 5. 

Each week there will be 3 live lessons, 1 exam class and access to our drop in help sessions. Every lesson is recorded and students have access until the end of the academic year. 

Differential equations are equations that contain a derivative, and you need to obtain the original function. So it's essentially just a big integration question. I'll walk you through how to model scenarios using differential equations and applying this to connected rates of change problems.  This topic is now accessible because you know your trig, logs, differentiation, integration, partial fractions etc. 

Each week there will be 3 live lessons, 1 exam class and access to our drop in help sessions. Every lesson is recorded and students have access until the end of the academic year. 

We will look at force diagrams, resolving forces, incline planes, friction & limiting equilibrium. Then we'll work on difficult connected particle problems that involve  SUVAT. 

Each week there will be 3 live lessons, 1 exam class and access to our drop in help sessions. Every lesson is recorded and students have access until the end of the academic year. 

We'll over how to model projectiles using my "start-stop-coordinate method". This is hands down the best way of doing projectiles. You'll know what exactly is required from tough exam questions. 

Each week there will be 3 live lessons, 1 exam class and access to our drop in help sessions. Every lesson is recorded and students have access until the end of the academic year. 

We'll look at what a moment is, where to take moments from, why taking moments about a pivot eliminates forces acting about the pivot... Equilibrium problems and incline moments (ladders). These are the most difficult problems in mechanics, but you'll be a master of them. This is because you will know how forces work and then we apply two simple ideas. We'll finish mechanics with a lesson on variable acceleration which is just applied calculus (differentiation & integration). Look how far you have come. Your maths is now at a top level. 

Each week there will be 3 live lessons, 1 exam class and access to our drop in help sessions. Every lesson is recorded and students have access until the end of the academic year. 

We'll cover venn diagrams, unions, intersections, conditional probability. We'll look at them in a lot of detail so whenever you encounter an exam question you know what to do. From here we can look at discrete random variables and start answering questions where they require us to compute probabilities from indepedent observations. 

Each week there will be 3 live lessons, 1 exam class and access to our drop in help sessions. Every lesson is recorded and students have access until the end of the academic year. 

You'll know why we use the Binomial distribution and when. We can start answering tough problems that involve, Bimonials within Binomials. Once this is complete, you'll understand how we compute the test for proportion and what it means to "reject the null hypothesis", using critical regions  and their interpretation also. 

Each week there will be 3 live lessons, 1 exam class and access to our drop in help sessions. Every lesson is recorded and students have access until the end of the academic year. 

You'll understand how the normal distribution can be used to model continuous data in many real life contexts. You'll be able to work out probabilities, with an understanding linked to integration... Deeping your knowledge on this topic. You'll be able to use the inverse normal distribution and the standardising formula to find unknown parameters. You'll see how the Normal distribution can be used to model a Binomial distribution under certain criteria. Finally you'll be able to perform hypothesis tests for the mean of a sample, comparing it to the mean of the population.

Each week there will be 3 live lessons, 1 exam class and access to our drop in help sessions. Every lesson is recorded and students have access until the end of the academic year. 

This is where we will be going through tough new spec past papers in full and my own past papers that I write that mimic the difficulty of the new alevel. This will be going over everything in pure, stats & mechanics. Simply put, no other program comes close to the amount of tough problems we will be doing. We will be doing hard exam questions in our live lessons, weekly exam classes and in the final few weeks of the course. 

Each week there will be 3 live lessons, 1 exam class and access to our drop in help sessions. Every lesson is recorded and students have access until the end of the academic year. In the final week... The 3 live lesson & 1 exam class  turn into 4 weekly past paper walkthrough classes.

The goal of the program is to complete the majority of the syllabus with a deep level of understanding, a heavy exam focus and getting the content that is often rushed in school or omitted in textbooks. After 16 weeks you will be at an A/A* standard. 

After the 16 weeks you will still be set weekly homework to complete. This will be a mix of past papers and my own questions. This is to ensure we can maintain the new level of excellence you've achieved. 

You will then come to one of one of our 4x weekly help sessions (you can come to all of them if you like) to ask for help on anything in Alevel maths. Whether that be in our course, your own revision, school work etc.