English (UK)

Maths

Biology

Chemistry

English Language

History

Particles

Liquids

Year 7 Topic Solids, liquids and gases x 

Explore the kinetic molecular theory (KMT) and the particle theory to understand the behavior of solids, liquids, and gases. This summary covers phase changes, including melting and evaporation, tailored for Year 7 students. Enhance your grasp of how particles interact in different states of matter.

States of Matter Explained

Revision note

Elizabeth Sanderson

Particle Theory 

About the history of the discovery of the atom

Explore the evolution of atomic theory from ancient Greece to modern discoveries. This summary covers key milestones, including Dalton's model, Thomson's electron discovery, Rutherford's solar system model, Bohr's electron shells, and Chadwick's neutron. Ideal for students studying atomic structure and history.

Atomic Discovery Timeline

Mayesha ☆

History of the atom

Scientists and their models and roles in development of the model of the atom.

Explore the historical progression of atomic models from Democritus to Chadwick. This summary covers key theories including the solid sphere model, plum pudding model, Rutherford's nuclear model, and Bohr's energy levels, highlighting the contributions of prominent scientists in atomic theory.

Evolution of Atomic Models

hiiii

scientists and their models and roles in development of the model of the atom.

Study note

English

the development of the model of the atom 

Science

AP Chemistry

The Development of the Model of The Atom 

Explore the key developments in atomic theory from Dalton's solid spheres to the modern nuclear model. This summary covers major contributions by Thomson, Rutherford, Bohr, and Chadwick, detailing the structure of atoms and the discovery of protons and neutrons. Ideal for AQA GCSE Chemistry students preparing for paper 1.

Maitreyi Taduri

The History of the Atom 

Explore the fundamental concepts of the states of matter, including particle theory, physical and chemical changes, and the kinetic molecular theory. This summary covers the properties and behaviors of solids, liquids, and gases, along with key differences between physical and chemical reactions. Ideal for GCSE Combined Science students preparing for exams.

Victoria Cicha

Gcse- States of Matter

A summary on waves, directed towards a Yr9 Audience

Explore the fundamental concepts of waves, including electromagnetic and sound waves, their properties, and behaviors. This summary covers key topics such as wave types (transverse and longitudinal), the electromagnetic spectrum, and the relationship between waves and energy. Ideal for Year 9 students studying physics.

Understanding Waves: Light & Sound

Lara <3

Waves Intro KS3 Yr9 Science

Solids, liquids & gases

Explore the development of atomic theory from Dalton's solid spheres to Bohr's nuclear model. This summary covers key concepts such as protons, neutrons, and the historical experiments that shaped our understanding of atomic structure. Ideal for students studying atomic physics and chemistry.

Anna Rusin

Explore the concept of internal energy, including the roles of kinetic and potential energy in particles, the effects of heating on temperature and state changes, and the significance of specific latent heat in phase transitions. This summary covers key principles such as energy transfer, latent heat of fusion, and vaporization, essential for mastering thermodynamics.

Understanding Internal Energy

Aryaa Pandya

internal energy

Internal Energy

A brief timeline on the history of the atom.

Explore the key developments in atomic theory from Democritus to Maria Goeppert-Mayer. This timeline highlights significant contributions to our understanding of atomic structure, including the discovery of protons, neutrons, and electrons, and the evolution of atomic models. Ideal for students studying atomic theory and its historical context.

a brief timeline on the history of the atom.

history of the atom

Physics

History of the Atom

Produce a great and informational explanation of particles heating and cooling and difference in conduction, convection and radiation.

Explore the principles of heat transfer through conduction, convection, and radiation. This summary covers key concepts such as thermal conductivity, insulators vs. conductors, and the role of temperature in energy transfers. Ideal for students studying the structure of matter and phase changes.

The particle model of matter

Solids, liquids & gases

6 best study notes in Solids, liquids & gases

Particles

Liquids

Changes of state

4 best study notes in Changes of state