Study of subatomic particles, their motion, properties, and behavior, including theoretical concepts and experimental methods.

Most popular content: Fundamental Particle Dynamics

Particle Model Insights

Explore the particle model of matter, covering key concepts such as states of matter, specific heat capacity, phase changes, and gas laws. This summary highlights the relationships between temperature, pressure, and internal energy, providing a clear understanding of how particles behave in different states. Ideal for students studying physics and thermodynamics.

Physics

Gas Laws and Energy Transfer

Explore the principles of gas laws, energy transfer, and the properties of matter in this comprehensive study resource. This material covers key concepts such as pressure, temperature, density, specific heat capacity, and phase changes, along with practical experiments and calculations. Ideal for AQA Higher Physics students preparing for exams.

Physics

Particle model of matter

Physics Topic 3 - AQA combined science

Physics

States of Matter Explained

Explore the characteristics and behaviors of solids, liquids, and gases in this concise overview. Understand phase changes, including melting, evaporation, and condensation, and learn how these physical changes are reversible. Ideal for students studying the fundamentals of matter in science.

Physics

Understanding Ions and Isotopes

Explore the fundamentals of ions, isotopes, atomic numbers, and mass numbers. This summary covers the formation of cations and anions, the significance of atomic structure, and how to identify isotopes. Ideal for students seeking clarity on these essential chemistry concepts.

Combined Science

Physics: Circuits & Atomic Structure

Explore key concepts in physics, including atomic structure, electric potential, current, and the properties of conductors. This summary covers essential topics such as voltage, power, and the states of matter, providing a clear understanding for your physics paper. Ideal for quick revision and exam preparation.

Physics

Understanding Particle Physics

Explore the fundamental concepts of particle physics, including the structure of atoms, the classification of subatomic particles (hadrons, leptons, baryons, and mesons), and the significance of isotopes. This summary provides essential equations for calculating specific charge and examples of various particles, making it a valuable resource for A-Level physics students.

Physics

Atomic Models & Isotopes

Explore the fundamentals of atomic structure, including key concepts such as ions, isotopes, and the historical development of atomic theory. This summary highlights the contributions of scientists like Democritus, Dalton, Thomson, Rutherford, and Chadwick, along with detailed explanations of the plum pudding and nuclear models. Ideal for GCSE revision.

Chemistry

Understanding Matter Density

Explore the particle model of matter, covering key concepts such as density, states of matter, phase changes, and the relationship between temperature and internal energy. This summary provides essential insights into the behavior of solids, liquids, and gases, along with practical methods for measuring density. Ideal for AQA students preparing for exams.

Physics

Atomic Particles

7 best study notes in Atomic Particles

Know quick revision notes for physics paper 1 thumbnail

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Physics - quick revision notes for physics paper 1

simplified flash cards

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Physics - Science

Year 10

Physics - Particles overview

AQA A-level Physics, Particles - a brief overview of the order of particles and their quark combinations.

Know Particle Physics notes A/S PHYSICS UNIT 1 thumbnail

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Physics - Particle Physics notes A/S PHYSICS UNIT 1

these are my physics revision notes for particle physics. all information confirmed correct from lecturer. no misinformation.

Know Atomic Structure and Ions/isotopes thumbnail

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Chemistry - Atomic Structure and Ions/isotopes

This covers atomic structure and the people who discovered atoms and ions and isotopes. This also includes the plum pudding and nuclear model often a gcse question that is asked