This lesson gives information on how solids melt to become liquids, and then gives students a chance to do a practical to generate data to put into a graph.

This lesson recaps the basic structure of a light microscope, goes through magnification/resolution and then provides a worksheet to do the Core Practical on microscopes.

This lesson goes through how the periodic table is arranged, and talks about the differences between groups and periods. A worksheet is included with questions about the arrangement of the table, and the lesson also talks about physical and chemical properties.

One of the required practicals to complete for the new AQA GCSE. Students complete a practical where they make a pure, dry sample of copper sulfate crystals. This pack comes with a set of instructions, explanation of the science, and a set of questions for them to complete on the second sheet.

This pack includes a full lesson's materials, including a worksheet to conduct a practical and the supporting powerpoint. Originally made to follow the old AQA chemistry GCSE, but can be used for the new one too, or for anyone interested in burning some food! Ends with an exam question.

This is for the OLD AQA chemistry course. On one side there are revision notes, and on the other revision questions! Covers: - Crude Oil - Fractional Distillation - Alkanes - Acid Rain - Combustion - Biofuels

This is for the OLD AQA chemistry course. This is part two of two as I have merged C2.1 and C2.2 to make more sense on the sheets. On one side there are revision notes, and on the other revision questions! Covers: - Shape memory alloys - Graphite - Fullerenes/Nanotubes - Nanoscience - Polymer Bonding

This is for the OLD AQA chemistry course. There are two parts to this revision sheet as I was unable to fit the worked examples onto the original sheet. The worked examples see students working through questions either by themselves or with the provided scaffolding. On one side there are revision notes, and on the other revision questions! Covers: - Relative Atomic Mass - Relative Formula Mass - Isotopes - Moles - Reacting Masses - Reversible Reactions - Chromatography - Instrumental Methods - Gas Chromatography - Mass Spectrometry - Percentage Yield - Theoretical Yield - Empirical Formula

This is for the OLD AQA chemistry course. On one side there are revision notes, and on the other revision questions! Covers: - Hard Water - Wasting Soap - Removal of Hardness - Water Treatment - Heating Hard Water - Fluoridation

This is for the OLD AQA chemistry course. On one side there are revision notes, and on the other revision questions! Covers: - Fuels and specific heat capacity - Energy Level Diagrams - Exo/Endothermic Reactions - Activation Energy - Bond Energies - Hydrogen Fuel Cells

Requires Booklet (https://www.tes.com/teaching-resource/ks3-atoms-booklet-11690929) Buy in Bundle () Learning Objectives Identify different materials used in everyday life State what an element is Identify elements based on particle diagrams Keywords Material Element Substance Pure

Learning Objectives Know the charges and masses of the subatomic particles Understand and describe how to calculate the number of subatomic particles Be able to explain what an isotope is Keywords Atom Proton Neutron Electron Shell

Requires Booklet (https://www.tes.com/teaching-resource/ks3-atoms-booklet-11690929) Buy in Bundle () Lesson Objectives Describe methods of separating components of a mixture Apply your knowledge to explain how to separate given mixtures Use the particle model to describe the arrangement of particles in a mixture

Requires Booklet (https://www.tes.com/teaching-resource/ks3-atoms-booklet-11690929) Buy in Bundle () Learning Objectives Identify some compounds State the different elements that make up the compound Predict what will form when some elements react together

Learning Objectives Know how the elements in the periodic table are arranged and what the key groups are Understand how elements are grouped and why Be able to explain how the position of an element in the periodic table is related to the arrangement of its electrons

Learning Objectives Define specific heat capacity Learn the specific heat capacity equation and use it to calculate energy transfers Explain why certain materials are useful due to their specific heat capacities

Learning Objectives Describe situations where an object will gain or lose elastic potential energy State the energy transfers that take place when an object is stretched or compressed Calculate changes in elastic potential energy

Requires Booklet (https://www.tes.com/teaching-resource/ks3-heat-and-energy-booklet-11725138) Buy in Bundle () Learning Objectives State the properties of solids, liquids and gases Describe the arrangement of particles in solids, liquids and gases Compare and contrast solids, liquids and gases Classify unusual materials and justify your reasoning

Requires Booklet (https://www.tes.com/teaching-resource/ks3-heat-and-energy-booklet-11725138) Buy in Bundle () Learning Objectives State that not all energy is transferred in the intended form Draw a Sankey diagram to display the energy transformations of a device Calculate the efficiency of a device

Requires Booklet (https://www.tes.com/teaching-resource/ks3-heat-and-energy-booklet-11725138) Buy in Bundle () Learning Objectives To label the energy transfers that electrical appliances carry out. To explain how much energy an appliance uses by discussing its power rating, and the time it’s switched on for. To calculate how much energy an appliance uses.