A GCSE physics resource on calculating kinetic energy. The worksheet is differentiated and gets more difficult as you move through each section, starts with practice on rearranging the equestion, and changing the units. The contains some basic calculations, finishing with harder exam style questions. Takes about 30 mins for students to complete. Answers are provided.
A bundle of 8 resources on the AQA GCSE (2018) Chemistry topic Chemical changes. Includes a knowledge organiser on the reactivity series, reactions of metals and acids, knowledge organiser on electrolysis (including information on electrolysis of lead bromide, aluminium oxide and aqueous sodium chloride). A worksheet and cut and stick electrolysis activity and finally there are some acid/alkali and electrolysis traffic light quizzes and a card match activities.
A GCSE Chemistry traffic light quiz on acids and alkalis, suitable for the new 2018 AQA GCSE syllabus. Students use traffic light cards to answer the questions. Can be used as a plenary and answers are included.
9 knowledge organisers for the new GCSE (2016) AQA Syllabus. Covering topics chemical changes, structure and bonding, chemical calculations, chromatography, chemical analysis, organic chemistry (crude oil, hydrocarbons, alcohols, carboxylic acids, polymers) and reactivity series/extraction of metals.
An A-Level Chemistry Knowledge organiser on ionic, covalent and metallic bonding suitable for the Edexcel A-Level 2015 syllabus. Contains information on simple covalent, giant covalent, ionic and metallic bonding, their structure and explanation of physical properties like conductivity, melting point etc.
This bundle contains all the flash cards I’ve made for topics 6, 17 and 18 from the Edexcel A-Level chemistry syllbus (2015 syllabus). Simply print back to back for question and answer.
An A-Level chemistry worksheet on shapes of molecules (electron pair repulsion theory). Students have to complete the number of bond pairs/lone pairs, bond angle and shape for each molecule.
A cut and stick activity for the new AQA GCSE (2018) Chemistry syllabus on electrolysis. Students have to stick in the relevant labels onto the electrolysis diagrams and then complete the ionic equations relevant for the electrolysis.
A complete set of 6 Power Points and 8 worksheets (with answers) for the A-Level Chemistry topic Transition metals. The unit of work is set out into 6 lessons each with a Power Point and worksheet (on Electronic configuration, Defining transition metals, naming and colour, complex formation, ligand reactions and formation of precipitates in transition metal reactions._ Each lessons worksheet comes with answers. The unit of work has been uploaded as a zip file.
KS4 Resource on electrolysis
Instructions: There are 16 boxes of questions.
Print off in various colours and then cut out so they are in stacks stapled Q1 – 16.
Each team is allocated a different colour.
They rip a question off at the front of the class and take it back to their team to answer it.
They then bring it back to teacher at front who marks it.If correct they can move onto the next Q. If incorrect they return to their group and re-attempt.
First team to complete all Qs wins.
A collection of more than 100 flash cards on the Structure and reactions of Benzene. Suitable for the new A-Level 2015 syllabuses. Each cue card has a question with the answer on the back. An excellent revision resource for students, takes just 5 minutes to print out the cards and cut them up.
A bundle of three resources on the A-Level concept calculating empirical formulae. The resources include a differentiated calculations sheet (with answers) with each section increasing in difficulty. A class relay activity is included, which involves students working in groups to solve empirical formula problems. Both resources combined encourages active participation and takes about an hour to complete.
A worksheet covering acid-base equilibria calculations for strong and weak acids, strong alkalis and Kw. Answers are included, students can mark/check their work as they progress.
A GCSE Chemistry revision resource on Quantitative chemistry (moles) which contains questions on the new AQA Quantitative chemistry chapter (Separate Science). The resource includes revision on one of every type of calculation they have to know to prepare for the new GCSE 2018 exams. The resource includes 16 sections (3 pages) of calculations on determining relative formula mass, moles, reacting masses, limiting reactants, percentage yield, atom economy, concentration, titrations and volume of gases. The resource contains answers for every question. Takes about 2 hours for the students to complete.
An A-Level chemistry knowledge organiser on Infrared spectra. Contains everything the students need to know about Infrared for the new AQA 2015 syllabus including: Examples of spectra for OH, C=O, COOH, C=C, C-H, N-H functional groups. Also includes a data table of absorptions and information on the types of stretches (asymmetric, bending etc). Information about how molecules bonds vibrate is also included.
A set of revision structure strips on the new AQA GCSE Chemistry syllabus for paper 2. The structure strips fit into the margins of an exercise book and students write the answer to each question in the lines beside. 120 questions covers topics Rates and equilibrium, Crude oil and fuels, chemical analysis, The Earth’s atmosphere and The Earth’s resources. Answers to every question provided.
A knowledge organiser on the A-level chemistry practical “preparation of iodobutane from reacting red phosophorus, iodine and butanol. The knowledge organiser includes the method, apparatus diagram and physical data (density, boiling point etc). It then includes information on each stage of the process, reflux, washing, drying and redistillation. I use it in my lessons to go through the procedure in greater depth and then students refer to this when practising questions.
A knowledge organiser on the A-level chemistry practical “preparation of 1-bromobutane”. The knowledge organiser includes the method, apparatus diagram and physical data (density, boiling point etc). It then includes information on each stage of the process, reflux, distillation, washing, drying and redistillation. I use it in my lessons to go through the procedure in greater depth and then students refer to this when practising questions.