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Particles

Explore the key concepts of phase transitions in matter, including sublimation, melting, boiling, evaporation, and condensation. This summary covers the characteristics of solids, liquids, and gases, their unique properties, and the specific temperatures at which phase changes occur. Ideal for GCSE Chemistry students seeking to grasp the fundamentals of states of matter.

Understanding Phase Transitions

Revision note

Zofia

States of Matter 

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

Elizabeth Sanderson

Particle Theory 

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

Science

Waves Intro KS3 Yr9 Science

Solids, liquids & gases

Explore the principles of energy transfers, including thermal energy, heat transfer methods (conduction, convection, and radiation), and energy efficiency. This summary sheet covers key concepts such as temperature measurement, power calculations, and the importance of accurate and precise measurements in scientific investigations. Ideal for students studying energy in science.

Understanding Energy Transfers

Kiran g

Study note

English (US)

energy transfer 

AP Chemistry

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.

Evolution of Atomic Models

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.

Heat Transfer Methods

Safir Yafi Chowdury

Heating and Cooling

All the things needed to know about particles and energy being transferred and the science behind it.

Explore the key concepts of energy transfer through conduction, convection, and radiation. This summary covers thermal energy dynamics, the role of insulation materials, and the impact of global winds on weather patterns. Ideal for students studying thermal energy and atmospheric science.

The particle model of matter

Solids, liquids & gases

3 best study notes in Solids, liquids & gases

Particles

Changes of state

4 best study notes in Changes of state