51����

Retrieval practice questions (all fully editable in PowerPoint format) for all the AQA KS4 Chemistry topics, answers included. An useful revision resource of the knowledge required for each topic of: Atomic structure Periodic table Structure & bonding Quantitative chemistry Energy changes Chemical changes Electrolysis Rates & equilibrium Crude oil Organic chemistry Chemical analysis Chemistry of the atmosphere Using resources Students fold the sheets in half and then practice the questions, the answers are then folded onto the back.

This is a bundle of 26 editable resources which contain complete SoW documents for KS3 Science. It covers all the Biology, Chemistry & Physics topics taught at KS3. Each SoW document is completely editable & details topic information linking to: Big ideas of science Key vocabulary Relevant KS2 prior knowledge How the knowledge links to the KS3 national curriculum How the knowledge links to the KS4 national curriculum (AQA) Cross curriculum links (e.g. to Maths, Geography, or within Science) How the knowledge links to the Working scientifically statments Suggested literacy strategies for each lesson Detailed lesson plans including learning outcomes, & key questions For each lesson, the common misconceptions that can arise These resources are meant to be used alongside a well resourced curriculum. The resources contain detailed plans in MS word format which can be edited to suit your own curriculum. This resource is downloadable as a zip file containing SoW documents for the 26 topics taught at KS3 (e.g. cells, movement, respiration, photosynthesis, acids & alkalis, periodic table, waves, magnetism and many more. FYI: It does not contain actual lesson Powerpoints or worksheets, it is a editable KS3 SoW document.

A resource applicable for the current AQA A-Level Chemistry specification on TOF Mass spec calculations. The questions test students on how to calculate velocity, distance of flight tube, time taken and atomic mass. Answers are included to every question including a hand-written extended answer sheet showing each step of the calculations to assist students who get stuck. The resource usually takes about 60 – 90 mins for students to complete depending on their ability.

An A-Level Chemistry resource on titration calculations suitable for all specifications. The worksheet is differentiated with each section increasing in difficulty. Students complete titration calculations on determining volume, concentration, Mr of a compound, percentage purity, formula of a compound (working out the value of n in Na2CO3.nH20) etc. The resource contains one of every type of titration question they need to answer in an exam. Answers are included. There are 6 different sections and the worksheet takes a standard double lesson for students to complete.

An A-Level Chemistry Knowledge organiser on topic 1 Atomic structure and periodic table. Covers information on structure of the atom, key definitions (RAM, RMM, Relative isotopic mass, Isotopes, first ionisation energy etc), Mass Spectrometry (using spectra to determine RAM), trends in ionisation energy, Using successive ionisation energies to determine the group an element is in given , electronic configuration (s,p,d), 1st ionisation energies across a period as evidence for subshells, periodicity (how type of bonding is linked to melting points) and emission spectrum.

An A-Level Chemistry knowledge organiser about Kinetics. Contains information on rates of reaction (factors that affect the rate, experimental methods, explanations of why these factor affects the rate etc.) Also contains informaiton on Maxwell Boltzmann distributions and how they are used to explain the effect of temperature and a catalyst.

An Edexcel A-Level Chemistry knowledge organiser on equilibrium. Covers all the content about equilibrium from topic 10 including using Le Chatelier’s principle to determine the effect of temperature, concentration, pressure and a catalyst on the position of equilibrium. Includes examples and information about the Haber compromise. Also includes information on how to write the Kc expression.

An A-Level Chemistry knowledge organiser on oxidation and reduction. Includes information on assigning oxidation number rules, oxidation and reduction, oxidising and reducing agents, disproportionation, writing half equations (in both acidic and alkaline conditions) and combining half equations to write a full ionic equation. Suitable for all exam boards.

A graphic organiser on the A-Level Chemistry concept of 1H NMR. A visual aid that illustrates the main points that students need to know about the theory of NMR (solvents, TMS, D2O, splitting pattern, integration etc).

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 knowledge organiser on NMR spectroscopy suitable for A-Level Chemistry syllabuses. Includes information about the theory of 1H (proton) NMR. Includes explanation of how NMR works (property of spin, magnetism and radio waves). Also contains information about TMS, solvents, labile protons, Low and high resolution, spin-spin coupling, n+1 rule, splitting patterns, integration etc.

A knowledge organiser on the A-level chemistry practical “preparation of aspirin" from 2-hydroxybenzoic acid and ethanoic anhydride using a phosphoric acid catalyst. The knowledge organiser includes the method and apparatus diagrams and goes into more depth about filtration under reduced pressure, recrystallisation and reflux. I use it in my lessons to go through the procedure in greater depth and then students refer to this when practising questions.

Two knowledge organisers on the A-level chemistry practical “oxidation of alcohols" including the oxidation of ethanol to ethanoic acid and the oxidation of butan-2-ol to butanone. The oxidation of alcohols is one of the** required practicals for A-Level Chemistry**. The knowledge organisers include the method, apparatus diagram and theory that goes with the practical. 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.

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 cyclohexene from cyclohexanol. 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, 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 2-chloro-2-methylpropane” which is one of the** required practicals for A-Level Chemistry**. 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, 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.

An A-Level Chemistry knowledge organiser on Polymer chemistry. Covers information about addition and condensation polymerisation including the formation of polythene, PVC, terylene, kevlar and nylon 6,6. also has a section on disposal of polymers. Suitable for the new 2015 A-Level Chemistry syllabuses.