A bundle of resources on the GCSE topic chemical calculations. Includes a knowledge organiser which gives all the definitions and formulas. There is then a calculations sheet which has one of every type of question that the students need to know. Finally a sheet which helps students calculate reacting masses. Suitable for the new 2018 AQA triple chemistry exams.
An AQA Chemistry GCSE resource showing students how to calculate reacting masses from chemical equations. Teaches students to calculate how much of a product will be formed from a known mass of reactant.
A knowledge organiser on the AQA GCSE topic Chemical calculations. Includes information on the scientific terms: RAM, RFM, conservation of mass, mole, avagadro constant, excess & limiting reagents, titrations , formulae trianagles for all the calculations etc. Also contains more depth on the steps required in a titration, diagrams of flasks used and indicators etc. Also includes information about volume of gases, atom economy and percentage yield. Is everything the students need to know on one page before attempting the calculations. Can be expanded onto an A3 page. Relevant for the new 2018 exams.
A bundle of 20 knowledge organisers I have made for the new 2015 A-Level Chemistry syllabuses. The knowledge organisers are on the following topics: atomic structure and the periodic table, acid base equilibria (pH), Ecell, thermodynamics (Entropy), Equilibrium, organic chemistry (hydrocarbons, crude oil, fuels, organic synthesis, polymers, proteins, DNA, amino acids), transition metals, periodic table, bonding and infra red spectra. The knowledge organisers have complete coverage of all the knowledge students need to know before they go on to tackle exam questions.
An Alevel Chemistry knowledge organiser on entropy. Includes information on entropy, feasability, entropy of the system, surroundings, total entropy, Gibbs free energy, temperature at which a reaction becomes feasible etc. Comprehensively covers the whole of the entropy syllabus on one page.
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.
An A-Level Chemistry knowledge organiser on equilibrium. Covers knowledge on Le Chatelier’s principle, examples of how equilibrium is affected, equations for Kc and Kp, partial pressure, mole fraction etc. Also information on the Haber process and the Haber compromise, dynamic equilibrium etc. A comprehensive organiser that covers everything that students need to know on equilibrium in year 12 and 13.
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 Knowledge organiser on A-Level organic chemistry, the hydrocarbons (Alkanes and alkenes) including: naming, intermolecular forces, general formulae, structual & Geometric isomers, reactions of alkanes: oxidation and free radical substitution (with chlorine). Reactions of alkenes with hydrogen, bromine water, steam, hydrogen halides, potassium managanate. Covalent bonding (sigma/pi bonds), addition polymerisation, use as fuels, fractional distillation, cracking reforming etc. Mechanisms: Free radical substitution and electrophilic addition (markovnikov & the inductive effect). The resource will print onto A4 and then can be expanded clearly onto A3. A PDF file and an editable PowerPoint file is included allowing editing if desired.
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 editable A-Level Chemistry knowledge organiser on Transition metals Ligand exchange reactions. Includes information on why we see a change in shape, colour and coordination number. Example equations are also given for ligand exhange reactions including partial ligand exchange.
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.
A GCSE Chemistry resource on formulae of molecules. It’s a revision quiz which is a group task with students required to solve 16 questions. The group who solves them the fastest is the winner. The resource is edited so that it can be printed in the correct order and takes 5 mins to prepare a class set. Students write the answer to each question and show it to the teacher, if its correct they then progress to the next question.
An A-Level Chemistry resource on Enthalpy of Combustion. It’s a revision quiz which requires groupwork. Students are required to solve questions as a group. The winning group is the first to complete all 16 questions. Students breing the answer to each question to the teacher, if correct they then progress onto the next question. Questions get harder as students progress. The resource is edited so that it can be printed off and takes 5 mins to cut out and prepare a class set.