A worksheet containing 10 exam-style questions to practice working out reacting masses and percentage yields. Answers included.

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.

A worksheet designed to practice the IUPAC rules for naming halogenoalkanes. Answers included. This could be used as a lesson activity, starter or as a quick check homework.

This worksheets practices the IUPAC rules for naming cycloalkanes and cycloalkenes with alkyl and halogen substituents. This could be used as in-class practice, as a starter or as a quick check homework task. Answers included.

This resource contains 54 different Chemistry lesson starters, plenaries and short lesson activities for GCSE Chemistry. They would suit all GCSE Chemistry courses which cover elements, mixtures and compounds, atomic structure and sub-atomic particles, isotopes, electronic arrangement, calculating relative atomic masses, ions and charges, and writing and balancing equations. These worksheets were designed for the AQA Chemistry specification for C1 Atomic Structure and the Periodic Table. There are four identical copies of each activity per A4 page to allow students to glue the small worksheet into an A5 exercise book and still have room to complete working out on the same page.

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.

This is a collection of 3 resources for AQA GCSE Chemistry Trilogy 5.4 Chemical Changes Displacement Reactions section. There is a practical sheet for determining the order of reactivity for four metals: copper, magnesium, iron and zinc. There are two accompanying worksheets for students to practise identifying the products (if any) from a variety of potential displacement reactions.

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.

A worksheet for practicing writing the ionic formulae for 40 different ionic compounds and is useful in the teaching of the fundamentals of Chemistry. This worksheet can be used for both GCSE and A-level introductory work. Answers included.

This resources is a whole lesson on identifying the oxidation products of alcohols from primary, secondary and tertiary alcohols. It comprises of a lesson PowerPoint which guides you through the lesson from identifying primary, secondary and tertiary alcohols on the starter worksheet and onto the oxidation and reduction card match activity for the key oxidation, reduction, oxidising agent and reducing agent definitions. Another activity includes identifying the oxidation products by a card matching activity where students use the Task 3 oxidation laminated sheets to match the oxidation aldehyde, ketone and carboxylic acid patterns cards. A student's note sheet is also provided which students can fill in using the information on the PowerPoint. The final activity of writing oxidation equations for primary and secondary alcohols is solely on the PowerPoint and includes an answer slide.

This bundle includes a PowerPoint outlining the basics of the Chromatography technique and practical to be carried out. There is a practical sheet complete with equipment list, method and questions. The PowerPoint provides information to help answer the practical sheet questions, along with further questions to test student’s knowledge of separation techniques. There is a key word match sheet to assist in this.

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.

A homework covering the GCSE Chemistry C8 Chemical Analysis Identification of Positive and Negative Ions for the Separate Science qualification. Students are asked to identify 10 ionic compounds from their flame tests and/or the results from their chemical tests with sodium hydroxide (metal ions) and hydrochloric acid, acidified barium chloride and acidified silver nitrate. This covers all the required knowledge for the identification of positive and negative ions.

Two worksheets with 5 organic molecules to name including alkanes, cycloalkanes and halogenoalkanes. They are ideal as quick starter activities. Answers included.

GCSE Chemistry worksheet designed to consolidate the use of atomic number, mass number and determining the numbers of protons, electrons and neutrons in the first 20 elements in the Periodic Table. Also suitable for AS Chemistry. Answers included.

This worksheet is designed to help students identify the different functional groups required for AQA Organic Chemistry in Year 2. It also aims to help consolidate the naming of organic compounds. This could be used as a starter activity or as a homework to round off the teaching of nomenclature. Answers are included.

AQA GCE A2 Chemistry Organic Chemistry Nomenclature and Carbonyl Compounds Starters and Plenaries on PowerPoint. This resources includes 10 different starters and plenaries (complete with answers) for nomenclature (drawing the displayed formulae and naming from displayed formulae) along with naming aldehydes and ketones, testing for aldehydes and ketones, nucleophilic addition and naming carboxylic acids and esters.

A worksheet containing 10 exam-style questions to practice calculating concentrations in mol/dm3 and g/dm3. Answers included.

This resource consists of 3 PowerPoint presentations and 1 worksheet guiding students in how to predict the mass spectra of the diatomic molecules chlorine and bromine. This leads students through using simple probability to calculate the ratio of the 3 molecular ion peak heights and in sketching the spectra of chlorine and bromine. Also included are 2 application questions requiring students to apply their knowledge of probability in predicting the mass spectra of oxygen and nitrogen molecules.