A comprehensive revision resource on Amount of substance (Moles). The worksheet is differentiated with each section increasing in difficulty. The fully editable resource includes Answers for each section so that students can check their progress. This is the complete set of questions including the second half of this resource, with questions on moles, ionic equations, atom economy, empirical formulae, percentage yield etc. The 1st half is available free to look at and download on this website with questions on Mole calculations, RFM, ionic equations etc.

Flash cards on shapes of molecules suitable for the new A-Level chemistry syllabus (2015), students can test their knowledge of shapes of molecules, including linear, trigonal planar, tetrahedral, octahedral etc. Flash cards print out and ready to use immediately with answers on the reverse of each card, takes a few mins to slice & prepare a class set of cards.

A bundle of 3 resources used to teach students how to draw Hess Law cycles. One of the resources is aimed at lower ability students showing them how to perform the calculation without having to draw the cycle.

An A-Level Chemistry resource on the electrochemical cell. Students cut and stick the correct labels into the Electrochemical cell diagram. Answers included.

Some A-Level Chemistry resources on the thermodynamics topic of Gibbs free energy. The first resource contains 6 sections of calculations with each section increasing in difficulty. This resource is differentiated and takes about an hour to complete. Is excellent revision on Gibbs free energy calculations and nicely prepares students for the exam with relevant exam standard calculations including a graph. Answers are included. Also included are Entropy worksheets (with answers) on calculating Gibbs and how it is related to the equilibrium constant.

A GCSE Chemistry knowledge organiser on the organic chemistry topic crude oil and fuels suitable for the new AQA Syllabus. Includes chemistry of the alkanes and alkenes (Crude oil, fractional distillation, cracking, fuels, reactions of alkanes and alkenes, naming, general formula and polymers.

An A-Level Chemistry resource on transition metal reactions with hydroxide ions suitable for the AQA Syllabus. Includes a colour chart of the hydroxide precipitates. The resource is editable.

An A-Level Chemistry resource on transition metal reactions with hydroxide ions suitable for the Edexcel Syllabus. Includes a colour chart of the hydroxide precipitates. The resource is editable.

An A-Level Chemistry knowledge organiser on Electrochemical cells. The file is editable and contains the theory behind Electrochemical cells and their calculations. Includes diagrams, equations and information on the hydrogen half cell, reduction potentials, strength of reducing agents, oxidising agents, how to draw electrochemical cells and represent them in cell diagrams.

A Knowledge organiser on the A-Level Chemistry topic Transition metals. Includes theory on electronic configuration, definitions, shapes, colours of chromium, vanadium and hydroxide precipitates, complexes and reactions with hydroxide ions.

An A-Level Chemistry knowledge organiser on the pH topic acid and base equilibria. Is in Power Point format and fully editable. Contains a summary of all the keypoints covered at A-Level.

An A-Level Chemistry Transition metal revision resource including a game board and questions. Land on a square with a star and you have to answer a question. Questions are included with answers and are relevant for all A-Level exam boards.

A resource on the A-Level Chemistry topic "Acid and base equilibria" focussing on buffer calculations. This editable resources contains several sections of increasing difficulty. There are examples of many different types of exam questions that students could get in an exam. Takes about a double lesson to complete. Answers are included.

A resource suitable for GCSE Chemistry on naming of alkanes and alkenes. Students cut and stick the molecules into the relevant boxes. An additional circus activity is also included with the sheets placed around the classroom and students working in groups to complete the activities.

An A-Level Chemistry resource on redox titration calculations. The editable worksheet is differentiated with each section increasing in difficulty. Students complete titration calculations based on the redox chemistry of potassium permanganate, sodium dichromate, sodium thiosulfate etc. The resource contains one of every type of titration question they need to answer in an exam. Answers are included. Worksheet takes a double lesson for students to complete.

A knowledge organiser on the GCSE Chemistry topic of electrolysis. Is suitable for the new AQA GCSE 2018 syllabus (from the chapter “Chemical changes”). Contains information on electrolysis of molten ionic compounds like lead bromide, the electrolysis of aluminium oxide and also the electrolysis of aqueous solutions like sodium chloride (brine.) Includes explanations on what happens at the electrodes (oxidation/reduction), the ionic equations involved, and for aqueous solutions, explanations of why we get hydrogen instead of the metal if the metal is the most reactive etc.

A GCSE Chemistry knowledge organiser on the reactivity series and extraction of metals. Relevant for the new AQA GCSE 2018 syllabus. Includes content on the reactivity series, dsplacement reactions, ionic equations, extraction of metals (using carbon and hydrogen) and separating salts using evaporation or recrystalisation.

A bundle of resources on the atmosphere. A rank the definition activity encourages class discussion on how to define the atmosphere. Also included, a group relay activity where students in their groups have to answer questions on how the Earth's atmosphere has changed from the past till present. Students answer each question in turn and can only have a go at the next question once the teacher has confirmed their answer is correct. The group quickest to complete the questions are the winners. Students love these relay activities, it encourages competition and team work and typically takes 10 mins to complete.