Our tutors come from top universities
Our online maths private tuition is created to align with the mathematics curriculum, ensuring a focused approach to course content. Tutors highlight practical applications, exam techniques, and strategies through mock papers, ensuring students are thoroughly prepared for assessments.
Topics
What will your A Level Maths Tutor teach you?
Pure Maths
Algebra
In-depth study of algebraic manipulation, equations, and functions. Understanding algebraic properties and applications in problem-solving
Trigonometry
Trigonometric ratios, identities, and equations. Applying trigonometric concepts to solve geometric and real-world problems
Calculus
Understanding calculus concepts, including differentiation and integration. Applying calculus to analyse functions, rates of change, and area under curves
Sequences and Series
Analysing arithmetic and geometric sequences, as well as series. Understanding convergence, divergence, and applications in mathematical modelling
Statistics
Data Analysis
Understanding methods of data collection, presentation, and interpretation. Analysing statistical distributions and summarising data using measures of central tendency and dispersion.
Probability
Exploring probability concepts, including conditional probability and probability distributions. Applying probability theory to solve real-world problems.
Hypothesis Testing
Learning hypothesis testing techniques and significance testing. Understanding how to interpret and draw conclusions from statistical tests.
Sampling Techniques
nvestigating different sampling methods and their applications in statistical analysis. Understanding sampling bias and strategies for reducing it.
Mechanics
Kinematics
Analysing motion in one and two dimensions, including displacement, velocity, and acceleration. Solving problems involving projectile motion and circular motion.
Forces and Newton's Laws
Understanding the principles of forces, Newton's laws, and equilibrium. Applying force analysis to solve problems involving friction, tension, and connected particles.
Momentum and Impulse
Understanding momentum and impulse concepts. Analysing collisions and explosions using principles of conservation of momentum.
Circular Motion
Understanding circular motion and centripetal forces. Analysing rotational motion and the principles of torque and angular momentum.
Decision Maths
Algorithms
Understanding algorithm design and analysis. Implementing algorithms to solve problems in graph theory, sorting, and searching.
Graph Theory
Analysing properties of graphs, including connectivity, paths, and cycles. Applying graph algorithms to solve network and optimisation problems.
Linear Programming
Learning techniques for linear programming and optimisation. Applying linear programming models to solve resource allocation and scheduling problems.
Network Flows
Analysing network flow problems, including maximum flow and minimum cut. Applying network flow algorithms to solve transportation and communication problems.
Further Maths
Further Calculus
Extending understanding of calculus concepts, including differential equations, Taylor series, and numerical methods. Applying advanced calculus techniques to solve complex mathematical problems.
Matrices and Vectors
Exploring advanced matrix operations and vector spaces. Applying matrices and vectors in transformations, linear equations, and geometric problems.
Differential Equations
Understanding methods for solving ordinary and partial differential equations. Applying differential equations to model physical and mathematical phenomena.
Discrete Maths
Analysing discrete structures such as sets, relations, and functions. Applying combinatorial techniques and graph theory in problem-solving.