United Kingdom

Jessie M

English (UK)

Topic notes for AQA A Level Pure Maths - Trigonometry - Small and Double Angles  

Explore essential trigonometric concepts including angle addition identities, double angle formulas, and solving trigonometric equations. This comprehensive summary is tailored for AQA A Level Pure Maths students, providing clear explanations and examples to enhance your understanding of trigonometric functions and identities.

Trigonometry Angle Formulas

Revision note

Maths

A2 Trigonometry 

A Level Maths AQA Notes - Pure - Calculus - Chain, Product, Quotient, Implicit

Explore essential differentiation techniques in this comprehensive guide covering the Chain Rule, Product Rule, Quotient Rule, and Implicit Differentiation. Ideal for A Level Maths students, this resource provides clear explanations and step-by-step examples to enhance your understanding of calculus derivatives and related rates.

Calculus Derivatives Overview

Maths Calculus Notes and Step by Step

Explore key topics in A Level Pure Maths, including differentiation and integration techniques, binomial expansion, logarithmic rules, and quadratic equations. This comprehensive summary covers essential formulas and proofs, making it an invaluable resource for mastering differential calculus and algebraic concepts. Ideal for AQA students preparing for exams.

Advanced Pure Maths Concepts

Pure Maths Revision Poster

Explore key A Level Maths concepts including the Discriminant, differentiation techniques (Chain Rule, Product Rule), arc length calculations, and inverse trigonometric functions. This comprehensive summary covers essential topics for mastering pure mathematics, ideal for AQA exam preparation.

Pure Maths Revision Posters

A Level Maths AQA Notes - Pure - Differentiation

Explore the concept of differentiation from first principles with a detailed step-by-step example. This resource covers the definition of the derivative, the limit process, and how to find the derivative of the function f(x) = x² + 3x - 4. Ideal for A Level Maths students preparing for AQA exams.

First Principles Differentiation

Differentiation from first principles - Step by Step

A Level Physics AQA Notes - Further Mechanics - Circular Motion

Explore the fundamentals of centripetal motion in this A Level Physics summary. Understand key concepts such as centripetal acceleration, angular velocity, and the forces involved in circular motion. Ideal for AQA students preparing for exams, this resource covers essential equations and principles of rotational dynamics.

Centripetal Motion Essentials

Physics

Further Mechanics - Circular Motion

A Level Physics AQA Notes - Further Mechanics - Simple Harmonic Motion

Dive into the principles of Simple Harmonic Motion (SHM) with this detailed analysis. Explore key concepts such as amplitude, frequency, acceleration, and energy transformations in SHM. This resource includes practical examples and calculations to enhance your understanding of oscillatory motion. Ideal for A Level Physics students preparing for exams.

Understanding Simple Harmonic Motion

Further Mechanics - Simple Harmonic Motion

A Level Physics AQA Notes - Gravitational Fields

Explore the principles of gravitational fields and Newton's Law of Universal Gravitation. This summary covers key equations, including gravitational potential and field strength calculations, essential for A Level Physics. Understand how mass and distance affect gravitational force and learn to solve related problems effectively.

Gravitational Field Strength

Gravitation and Gravitational Fields Equations

A Level Maths AQA Notes - Pure - Logarithms

Explore the step-by-step process of solving logarithmic equations, including properties of logarithms and exponential expressions. This resource covers key concepts such as the laws of logarithms, simplifying logarithmic functions, and solving quadratic equations derived from logarithmic forms. Ideal for A Level Maths students preparing for AQA exams.

Solving Logarithmic Equations

Logarithms - Step by Step

Explore the principles and applications of optical fibres in telecommunications and biomedicine. This summary covers key concepts such as total internal reflection, signal degradation, and the advantages and disadvantages of optical fibre technology. Ideal for A Level Physics students studying waves and light phenomena.

Optical Fibre Technology

Optical Fibres

A Level Physics AQA Notes - Waves and Quantum

Explore the fundamentals of the photoelectric effect, including key concepts such as work function, threshold frequency, and Einstein's photoelectric equation. This summary provides insights into how photons interact with electrons in metals, the significance of kinetic energy, and practical applications in physics. Ideal for A Level Physics students preparing for exams.

Understanding Photoelectric Effect

Photoelectric Effect - Physics

Explore key concepts in A Level Pure Mathematics, focusing on inflection points, the second derivative test, and differentiation techniques. This summary covers curve sketching, optimization, and the relationship between stationary points and concavity. Ideal for AQA Maths students preparing for exams.

Inflection Points & Derivatives

A Level Maths AQA Notes - Step by Step - Calculus - Quotient Rule

Explore the step-by-step process of simplifying and factorizing using the Quotient Rule in calculus. This resource covers key differentiation techniques including the Chain Rule, Power Rule, and more, providing clear examples and explanations for A Level Maths students. Ideal for mastering differentiation concepts and improving problem-solving skills.

Quotient Rule Simplification

Maths - Quotient Rule

Explore the principles of the double-slit experiment, including wave interference, path difference, and the role of monochromatic light. This summary covers key concepts such as constructive and destructive interference, fringe width calculations, and the relationship between slit separation and intensity. Ideal for A Level Physics students studying waves.

Double-Slit Experiment Insights

Youngs Double Slit Practical

Explore key concepts in wave behavior, including standing waves, phase difference, and wave properties. This summary covers essential topics such as constructive and destructive interference, refraction, and diffraction, providing a comprehensive overview for A Level Physics students. Ideal for exam preparation and understanding wave dynamics.

Waves and Interference Concepts

Waves Poster

A Level Physics AQA Notes - Electricity
Also helpful for GCSE

Explore essential concepts in electricity, including Ohm's Law, power calculations, and resistance in series and parallel circuits. This summary provides key formulas and principles crucial for A Level and GCSE Physics students. Ideal for quick revision and understanding of electrical energy, current, and potential difference.

Electricity Fundamentals

Electricity Formulae

Explore key concepts in electricity, including Ohm's Law, electric current, and potential difference. This summary covers essential rules for series and parallel circuits, resistance, and the effects of temperature on conductivity. Ideal for A Level Physics students preparing for exams.

Electricity

A Level Physics/Maths AQA Notes - Mechanics

Explore key concepts in mechanics including momentum, Newton's laws, and energy principles. This summary covers essential equations and principles such as kinetic energy, gravitational potential energy, and projectile motion, tailored for A Level Physics students. Ideal for exam preparation and understanding core mechanics topics.

Fundamentals of Mechanics

Mechanics Poster

A Level Physic AQA Notes - Particles and Radiation

Explore the essential concepts of nuclear radiation, including types of decay (alpha, beta, gamma), fundamental forces, and particle properties. This summary covers key topics such as isotopes, nucleons, and methods for detecting nuclear radiation, making it ideal for A Level Physics students preparing for exams.

Nuclear Radiation Fundamentals

Particles and radiation

A Level Maths AQA Notes - Mechanics - Speed vs Velocity
Also suitable for physics and GCSE!

Explore the concepts of speed and velocity through detailed examples of velocity-time graphs. This resource covers kinematics, average velocity, and the relationship between speed, distance, and time, making it ideal for A Level Maths and Physics students. Includes practical exercises for calculating distance and interpreting graph areas.