A worksheet to practice calculating the number of protons, electrons and neutrons in a given element (common to all GCSE exam boards). The sheet provides 30 different elements with their mass and atomic number. The elements gradually become larger with more neutrons providing more challenge towards the bottom of the sheet.

Three quick check worksheets to check progress for topic 3.1.1 Atomic Structure for AQA. Complete with full answers. These could be used as homeworks, starter activities or as revision lesson activities.

More than 20 Quick Check worksheets to use as starters or plenaries. All have 5 questions and are useful for knowledge retrieval. Covers the entire C1 Atomic Structure and the Periodic Table topic for AQA GCSE Chemistry. Answers provided.

Four worksheets to practice the nomenclature of organic compounds up to and including those in specification points 3.3.1 to 3.3.9 of AQA A level Chemistry. They are best used as starter activities. Answers included.

A worksheet on balancing equations that includes easy, medium and hard questions. Can also be used for AS Chemistry. A total of 38 equations to balance. Answers included. Ideally suited to use as a stretch-and-challenge resource.

A selection of exam-style questions based on the reactions and properties of Group 1: the Alkali Metals and Group 7: the Halogens. Contains 3 worksheets and the answers.

A set of four activity cards to help learn the basic ions and to revise and practise writing formulae for ionic compounds including salts, acids and alkalis. This covers some of the formulae writing and ions recall required for AQA GCSE Trilogy Science and GCSE Chemistry. These cards are formatted as labels and can be printed as sticky labels (4 labels per sheet, 99.1 x 139mm) for sticking directly onto cards or for sticking directly in student books.

A worksheet/activity to practice identifying the structures of compounds based on IR and proton/carbon-13 NMR information. Questions are designed to test student's understanding of the two techniques and to help them piece together the structures of compounds based on the numbers of peaks present in their NMR spectra. Answers are included.

A worksheet comprising of 5 questions that requires students to practice calculating moles and empirical formula to write balance equations for the reactions occurring. Answers included.

A worksheet comprising of 8 questions to help students practice calculating the moles of reactants and products. This sheet involves either calculating the maximum theoretical yield possible from a reaction or the amount of reactants needed for a reaction. Answers included.

This worksheet enables students to practice IUPAC naming and drawing the chain isomers of alkanes and drawing pairs of E-Z stereoisomers for alkenes. Questions also cover isomers of alkenes that do not show E-Z stereoisomerism. Answers included.

This is a worksheet revising the production of ethanol by fermentation versus direct hydration of ethene with steam, oxidation and associated chemical tests of the oxidation products. Answers included.

This resource contains 14 exam-style empirical formula questions with accompanying answers. The questions contain a range of 2, 3 and 4 element-containing compounds and uses both masses and percentages. Harder questions require the student to work out how much oxygen has been added to the compound via combustion before the empirical formula can be calculated.

This resource contains 14 practice questions. Four questions are based on interpreting dot-and-cross diagrams for ionic compounds and focuses on students explaining, in terms of electrons, how atoms react. The other ten questions are additional examples of simple covalent molecules that students could be asked to apply their knowledge of completing dot-and-cross diagrams to, for example hydrogen sulphide, iodine, silicon tetrahydride, ethane etc. These resources are provided in label format with 4 identical questions per sheet. These can be printed simply on A4 paper or can alternatively be printed on 4 per sheet labels and used as a diagnostic question for homework or to reinforce key concepts before the final exam.

A bundle of resources for GCSE Chemistry and Science Trilogy for AQA. This contains a PowerPoint with the basics of fractional distillation. A demo/practical worksheet outlining the basics of the technique is included with associated help sheet to aid students to practice writing up the practical in full, including a conclusion and questions. A cloze activity which could be used as starter or plenary is included.

This booklet is designed to revise the first section of the new AQA GCSE Chemistry/Trilogy course on Atomic Structure and the Periodic Table. It contains 10 revision sets of FOUNDATION questions. Each question is related to one of ten common topics from the section. It can be used as a starter or plenary booklet over 10 lessons, or as part of a structured revision program. Students can monitor their progress over the course of the ten question sets. Very suitable to foundation level students to reinforce prior learning.

Worksheets covering the basics of elements, compounds and mixtures for the new AQA GCSE Chemistry/Trilogy course. Could also be used for key stage 3 Science. This resources consists of 4 worksheets on one file: 1) Elements or compounds - identifying elements and compounds from symbols/formulae, 2) Elements, compounds and mixtures - matching statements (or could use as a card sort), 3) Identifying elements, compounds and mixtures from particle pictures and 4) Metal, non-metal or can't tell? - identifying metals and non-metals from properties given. Answers for each sheet included.

Two activity cards to help reinforce and revise the basics of giant and simple covalent bonding for either the outgoing Chemistry specification or the new AQA Chemistry / Trilogy GCSE. These cards are formatted as labels and can be printed as sticky labels (4 labels per sheet, 99.1 x 139mm) for sticking directly onto cards or for sticking directly in student books. The giant covalent activity involves classifying statements as either belonging to diamond or graphite. The simple molecules activity involves matching 2 halves of sentences together.

The seven files listed contain 7 different questions to assess learning of the fundamentals of Atomic Structure. They are set up to be printed on 21 labels per page sticky label sheets. These can be used in conjunction with diagnostic homework - for example, if students have incorrectly answered a question on the charges on sub-atomic particles or mass numbers, these can be used to supplement and reinforce any corrections to be made upon student feedback.