This is a full pwpt taking through 4-5 lessons of work in the current C3 and NEW AQA C 7. Has information, diagrams, practical links , extension tasks, examples and questions. Would suggest part are printed of and used as worksheets as well as attached past exam paper question Enjoy

There are 6 different resources in this pack. 3 on Fundamental particles and 3 on Limestone. A jeopardy simple starter or plenary worksheet A Taboo game with instructions on how to use for the class A 20 question grid where you can make the students into TEAMS to choose their question and they will be directed there , you can then go back to the overview grid for the other teams. They are all TRIED and TESTED and most of the student s find them FUN and engaging. Hopefully a with REVISION and variation to make the students think and challenge themselves.

This is a pack of revision resources for AQA Chemistry Analysis and parts of equilibrium Taboo games with instructions for the students/staff to organise and set challenges for students and their revision. Jeopardy quick question sheets which help the students think in a holistic way about the topic 20 question grid to cover lots of the topic and encourage competition for the students Enjoy!

This is a full set of work with different tasks for students to complete ideas for individual notes, pair share discussions and a scattering of past exam question through the whole pwpt: Begins with Naming and basic structural isomer ideas for Alkenes. Then links to the bond enthalpy theory of the sigma and pi actual double bond, with some ext work on sp3/sp2 hybridisation to aid understanding Then use the planer non-rotational nature of the double bond to move forward and cover E/Z geometric isomerism. Enjoy

This is a 3 lesson pwpt which has a full theoretical review of dehydration of alcohols, overall reaction equations, full mechanisms and tasks to test students understanding throughout. It also includes work on combustion of alcohols and examples of complete and incomplete combustion reaction equations. I have also added a quick homework sheet and answers to this as well. Enjoy

This is a full pwpt to take students through how to calculate the empirical formula of a compound. Has worked examples and a couple of questions afterwards. Can be used for NEW GCSE course or AS level introduction as well. There is a homework questions as well.

These are 2 simple help sheets which take students through aspects of the higher level extra work on the C5 Chemical Changes topic for GCSE. 1 - Goes over word/ symbol/ionic equations for both displacement reactions and the metal and acid reactions. Giving full worked examples and tasks for the students to then do 2- Goes over pH and concentration links showing the difference in dilution factor for concentration and then the smaller difference in pH.

This is a 10 slide pwpt to take students through completing a Titration Has ideas linked to use of pipette, burette and the titration itself A 9 step annotated approach to the write up to ensure all key points are highlighted The worked examples for the calculations and extra questions to practice this work. Nice little resource to take 2-3 lessons Enjoy

There are 4 resources in this pack with 2 x 20 question grids , one based on Acids/ Bases and the other on Electrolysis. Then a nice Jeopardy plenary or starter activity. And finally a 4 slide pwpt of Taboo questions to help the student engage and enthuse about chemistry!. A nice little resource for all!

full pwpt of 2 lessons with linked worksheets on atomic structure makes the transition between ks3 and GCSE work full resources for the full lessons enjoy!!

Link between KS3 and GCSE periodic table resources with a full pwpt to work through and linked homework, extension and classwork sheets

These are 5 worksheets of 'simple quick questions' which persuade the students to cover the whole topic as a revision exercise. I find them really useful to get the students to revise and to highlight the amount they need to do to prepare for tests. If their notes don't prep them for this work then their notes aren't good enough!

This is a combined series of pwpt for the introduction to organic chemistry sections of ALL A level courses. It has suggestions of how long to take but will depend on the depth you feel you need to go into naming and the pick up rate of your students. Some cross over of work in the pwpt which is why all together . enjoy!

This is a full pwpt that takes you through 1-2 lessons worth of work Cover the higher level concepts of Acids and concentration and then the more complex Acids and strength. Has explanations and theory through the topic, some nice differentiated tasks and diagrams to review understanding.

This is a nice lesson with a simple 'student participation drama' piece of work that helps the students appreciate the difference between complete and incomplete combustion. Enjoy

There are 6 different resources in this pack. 3 on Rates of reaction and 3 on How much and analysis A jeopardy simple starter or plenary worksheet A Taboo game with instructions on how to use for the class A 20 question grid where you can make the students into TEAMS to choose their question and they will be directed there , you can then go back to the overview grid for the other teams. They are all TRIED and TESTED and most of the students find them FUN and engaging. An aid for REVISION and a variation to make the students think and challenge themselves.

This is a basic structural isomer pwpt which then has linked worksheet for the students to fill in and graded question to follow simple but effective enjoy

This is a 2/3 lesson pwpt on intermolecular forces. It has examples, questions, tasks, diagrams and worked through work for this topic.

This is a 2-3 lesson pwpt which helps explain diffusion Has link to HCl and NH3 demo which help extend this work to include atomic masses and speed of diffusion.

This is a self contained pwpt with explanations, examples and then follow up questions. All you need to teach and differentiate for teaching this work. % of element in a compound and then using this to work out the actual mass or metal obtained from an amount of ore. Then goes onto Empirical formula.