This worksheet is designed to help students understand the process of filtration using keywords such as insoluble, filtrate and residue. It includes a practical separating sand from salty water, though this can of course be edited for your needs.

A worksheet to be used either throughout the lesson, as a plenary for higher classes or for revision. This worksheet covers the evolution of the atmosphere, common atmospheric gases, %'s of gases and the removal of CO2.

A single-sided place mat aimed at foundation tier students studying AQA trilogy. The worksheet is ideal for revision, covering conservation of mass, sub-atomic particles, relative formula mass and concentration calculations.

A 3 page revision resource explaining how to complete each of the calculations with practice questions to try underneath. This resources covers: conservation of mass relative formula mass Avogadro’s number moles (moles = mass / Mr) reacting masses using moles to balance equations concentration calculations (moles = conc x vol & mass = conc x vol) titration calculations percentage yield atom economy molar gas equation

Planning and question sheet for separating pure salt from rock salt using filtration and evaporation. Students have to fill in the gaps then number the steps in the method from one to eight. Once the practical is complete there are questions for them to answer.

A double-sided revision placemat covering the topics in AQA C1a Atomic Structure & the Periodic Table. Questions on: atomic structure sub-atomic particles isotopes ions electron structure balancing equations history of the atom history of the periodic table Group 1 and Group 7 properties

Two revision placemats for the AQA Trilogy Chemical Changes topic. These placemats are aimed at foundation tier students and cover metal extraction, the reactivity series and electrolysis. They are each one sided so can be combined on 1 A4 sheet.

Two resources included - for lower and higher ability students. Questions ask students to calculate missing masses in chemical equations assuming mass is conserved in a closed system.

The placemat is designed to aid the revision of Foundatino tier students studying AQA Combined Science. It features word fills and simple questions covering the alkanes and alkenes, fractional distillation and cracking.

A support worksheet for AQA Atomic Structure and the Periodic Table, may also be suitable for KS3 students studying the periodic table. This covers the names of the elements and their properties.

A worksheet to practice writing neutralisation word and symbol equations and balancing equations. Suitable for higher GCSE sets.

A simple gap fill for a diagram of global warming.

Crossword to be used as part of revision, or lesson starter or plenary. Includes questions on Atomic Structure, the modern Periodic Table and the development of the Periodic Table.

A simple sheet directing students to draw polymers from monomers and then vice versa.

Simple worksheet for lower ability students to summarise the properties of diamond and graphite.

A practical worksheet to support lower ability groups for the antacid practical. Students must fill the gaps for the method, state the variables and fill in the results table. Aim of the practical is to find how many spatulas of different antacids it takes to neutralise an acidic solution.

A condensed learning review for Triple Chemists studying AQA Trilogy designed to fit on 2 sides of A4 this review covers: Rates of Reaction Organic Chemistry Chemical Analysis Atmospheric Chemistry Using Resources

A 5 question worksheet asking students to find the percentage mass of various compounds. Difficulty increases during the worksheet.

This revision sheet is designed to cover the key topics in the C2 paper, covering rates of reaction, chemical analysis, water, carbon chemistry and chemistry of the atmosphere. Best to be printed in A3, this makes a great revision resource for students sitting their GCSE’s. Ideally suited to students sitting the Higher Tier paper.

Placemat style worksheet designed for low ability groups, introducing elements, compounds and mixtures, and associated particle diagrams.