Maths A Level Easter Revision Classes in London

Course Information

Course Description

Our four-day Pure and one-day Statistics and Mechanics Easter crash courses will fully prepare Year 13 students for their final exams. These London-based classes are led by experienced maths teachers, each with a thorough understanding of the skills and knowledge required to succeed at A Level.

During these courses, students will review everything previously learned, consolidating their knowledge, polishing their mathematical skills, and strengthening any weaker areas our teachers have identified. Students will also spend time developing their exam technique, enabling them to maximise their marks come exam day.

For the exam technique portion of the course, students will use past paper questions from Edexcel. While the topics covered in Pure and Statistics and Mechanics are universal across exam boards, you can get a taster of how Edexcel presents its questions here.

As an accompaniment to our in-person classes, students will receive a selection of our bespoke revision materials. Professionally printed and bound, these high-quality resources are designed to make revision easy and digestible during and after the course.

Our Easter crash courses are a great way to kick-start revision. Students will leave the course feeling confident and fully prepared for their summer exams.

Suitable for:

  • Year 13 students
  • Students wanting to revise content
  • Students looking to improve exam technique
  • Year 12 students
  • Students who are predicted D or below

If you need help deciding if you will benefit from this course you can contact us. Alternatively, you may prefer to book 1-2-1 tuition instead.

Structure of the Day

Time 10:00am - 5:00pm

Classes are from 10am to 5pm. Registration starts from 9.45am.

There will be a 1 hour lunch break and a couple of 10 minute breaks in the morning and afternoon.

Day 1

Session 1
Algebra and Functions - Law of Indices, Surds and Algebraic Manipulation
Session 2
Algebra and Functions - Partial Fractions & Quadratic Functions
12.30-13.30
LUNCH
Session 3
Algebra and Functions - Graphs and Transformations & Functions
Session 4
Algebra and Functions - Simultaneous Equations and Inequalities
Session 5
Proof

Day 2

Session 1
Trigonometry - Definitions and Graphs, Sine and Cosine Rules & Radians
Session 2
Trigonometry - Small Angle Approximations & Identities and Proofs
Session 3
Trigonometry - Harmonic form & Solving Equations
12.30-13.30
LUNCH
Session 4
Exponentials and Logarithms - Properties and Graphs, Laws of Logarithms, Solving Equations & Modelling Problems
Session 5
Numerical Methods - Change of Sign Method, Iterative Methods & Newton-Raphson Method

Day 3

Session 1
Coordinates - Straight Lines, Circles & Parametric Equations
Session 2
Differentiation - First Principle and Interpretation, Methods of Differentiation & Chain, Product and Quotient Rules
12.30-13.30
LUNCH
Session 3
Differentiation - Second Derivates, Applications of Differentiation, Implicit and Parametric Differentiation & Setting up Differential Equations
Session 4
Sequences and Series - Recurrence Relations and Sigma Notation & Arithmetic and Geometric Sequences and Series
Session 5
Sequences and Series - Binomial Expansion

Day 4

Session 1
Integration - Fundamental Theorem of Calculus, Methods of Integration & Using Partial Fractions to Integrate
Session 2
Integration - Definite Integrals, Integration as a Limit of a Sum & Trapezium Rule
12.30-13.30
LUNCH
Session 3
Integration - Integration by Substitution and Parts & Solving Differential Equations
Session 4
Vectors - Vectors in Two Dimensions, Position Vectors & Position Vectors
Session 5
Extra question practice on topics students request

Session 1
Concept of a Force and Resolving Forces, Vectors, Constant Acceleration in 1D & Motion with Variable Acceleration
Session 2
Newton’s second law and its Applications & Pulleys and Connected Particles
12.30-13.30
LUNCH
Session 3
Projectiles
Session 4
Friction and its Applications & Forces in Equilibrium
Session 5
Moments

Session 1
Binomial Distribution and Hypothesis Tests
Session 2
Normal Distribution and Hypothesis Tests & Normal Approximation to the Binomial Distribution
12.30-13.30
LUNCH
Session 3
Measure of Central Tendency: Mean, Median, Mode, Measures of Variation: Variance, Standard Deviation, Range and Interpercentile Ranges & Population and Sampling
Session 4
Probability and Discrete Probability Distributions
Session 5
Correlation and Linear Regression & Hypothesis Testing for Correlation Coefficients

Our Tutors

Hand-picked for their exceptional academic credentials and engaging personalities, the teachers and tutors we work with are some of the most experienced and gifted in the country. While each one is as unique as our students, they all bring their infectious enthusiasm and innovative teaching style to class, ensuring every lesson is fresh, challenging, and inspiring.

Aidin P.

Aidin P.

Aidin holds a BSc in Pure Mathematics from the University of Edinburgh and an MSc in Pure Mathematics from the University of Manchester. Back in 2013 he completed his PGCE course at Liverpool LJMU and has been a full-time maths teacher ever since, spending his first four years at Harris Academy Merton, before moving to Dulwich College School in 2017.

Aidin is passionate about his profession and has experience teaching a wide range of levels, applying pedagogy differently depending on his students. To him, results really matter – and his students have consistently gained the best results in their schools.

Toby W.

Toby W.

Toby graduated from the University of Reading with a first class degree in Mathematics in 2020. Today he teaches full-time at a secondary school in Portsmouth and tutors in his spare time. He has hundreds of hours of experience tutoring students of all levels – from key stage 3 right up to university level.

Toby is particularly passionate about his subject and many of his students find his enthusiasm infectious. He believes in keeping lessons fun and engaging, allowing the confidence of his students to thrive.