A printable version of the Periodic Table created in excel. Simply press print and this will print out onto A4.

Worked examples of the kind of calculations students can expect to face from A* - to very basic Grade E and above, included is............. The use of moles in calculations: gases and solutions Working out the formula of a compound using moles Calculating the percentage mass of each element present in a compound Working out the EMPIRICAL formula of a compound Using balanced equations to predict the masses of reactants and products.

38 individual GCSE homework/intervention questions (Higher and Foundation), all the same format, including success criteria linked to the new specifications. Each homework question has an associated MODEL ANSWER. Both the question and the model answer have been formatted to fit an A4 page in exercise books. All are produced in WORD are are fully editable, so you can remove logos, week numbers, set own marking criteria etc. Included in this pack of questions and model answers is… Sub-atomic particles Atoms and Compounds History of the Atom Hydrocarbons Atoms and Fossil Fuels Periodic Table Fractional Distillation Nanotubules and Metallic Structure Giant Covalent Compounds Ionic Compounds Neutralisation and Salts Electrolysis Neutralisation Practical Rates of Reactions Bond Energy and Calculations Equilibrium Hydrogen as a Fuel Energy Resources Relative Formula Masses and Reacting Mass Calculations Mole Calculations Chromatography Experimental Procedure and Planning

Simple summary with illustration of the Fractional Distillation column of what happens to the physical and chemical properties of the hydrocarbons condensing at different temperatures ie how the compounds change as they rise up the column and condense as they cool the higher up the column they go with lower and lower boiling points.

Classroom poster showing the REDOX reactions happening during electrolysis, including half equations

To support literacy across the curriculum and obviously Science in particular here, these sentence construction frames are extremely useful in a number of different contexts. Students find this quite a challenge but do engage with this in an extremely positive manner. A good opportunity for collaborative work. They can be edited for differentiation purposes, with significant challenge for the most able and also access for the weakest/SEND. They have been used very successfully as starters, plenaries, end of topic summaries, revision tools, homework and also extensions and they can be adapted for any topic across the entire curriculum from Yr7 to Yr13. I have attached a number of examples with associated powerpoints to have up on the board as the students attempt the task, including..... Limestone Hydrocarbons, Fractional Distillation and Cracking Radiation Respiratory and Circulatory System The Atom, Reacting Masses and Rates of Reaction Transformers and Power

Save yourself some of that precious time, no need to trawl the interweb, use this package of Chemistry JPEGS (62 individual items) covering Yr7 - Yr11 Chemistry to support your presentations, documents, revision aids, classroom teaching resources etc.

Simple diagram and explanation showing the manufatcure of ammonia and and explanation as to why this is a COMPROMISE in terms of production.

Basic summary sheet highlighting the differences between saturated and unsaturated hydrocarbons, focussing on single and double bonds as well as the general formulae.

This presentation covers aspects of the C2 and C3 Units of AQA Chemistry: Collision Theory Activation Energy Factors affecting rates of reaction. Endo thermic and Exothermic Reactions Making and Breaking bonds Reversible reactions. Factors affecting the position of Equilibrium The Haber Process Basic Electrolysis Explaining ions and electrolysis Half Equations Extraction of aluminium Redox Reactions and OIL RIG Electroplating Electrolysis of Brine

A lesson originally put together for OCR 21st Century Science C1 (Foundation - weak students) with significant challenge but would be equally applicable for any exam board (AQA, EDEXCEL etc) to illustrate the concept of Cause and Correlation. Observed during inspection with this lesson. Very successful outcome. Potentially dry topic. Use a clearly incongruous link, in this case ice cream sales and hayfever cases lnked to pollen count to illustrate the difference between a 'cause' and a 'correlation'. The graphs for this are in the attached powerpoint. Once the difference has been highlighted, move on to collaborative work in the class with the attached work on nitrogen monoxide levels and hayfever and the instances of asthma in a given area. Graphs to be completed using the data on the sheets and the questions about the completed graphs also to be done. Differentiated starter questions are also attached (D- B grade).

Presentation covering all the topics within the AQA Chemistry 3 Unit: Calorimetry Rates of Reaction Energy Level Diagrams Making and Breaking Bonds Identifying Substances; Flame tests, Precipitation reactions etc Hydrogen as a fuel Alcohols Carboxylic Acids Esters Titrations The Haber Process Reversible Reactions Electrolysis of Brine: The Chlor Alkali Industry

Summary presentation of factors affecting the rate of a reaction including..... Factors: Temperature, Surface Area, Pressure, Concentration and use of Catalysts Activation Energy Energy Level Diagrams: Endo and Exothermic reactions Making and Breaking Bonds Reversible Reactions The Haber Process Factors affecting the position of equilibrium

Classrrom poster explaining in detail the formation of ions and the process of electrolysis.

Worksheet for completion. Can be used as part of any lesson looking at the manufatcure of Salts, either as a starter or plenary or homework. Can be edited for differentiation purposes to stretch and challenge the most able.