This lesson covers the causes and problems of pollution, including: carbon dioxide, carbon monoxide, particulates, sulfur dioxide and nitrogen oxides. Included with this resource: A powerpoint which explains the key concepts Two practical activities (be sure to carry out your own risk assessment) Activities to test understanding A worksheet. You will need access to molymods. A current GCSE textbook would also be useful but not essential.

Resource includes a powerpoint which covers: Alpha amino acids Zwitterions Isoelectric point Acid and alkaline conditions Example questions and answers The lesson encourages pupils to think for themselves. There are hints included to help the students which can be removed for a more able class.

This resource includes: A powerpoint At least 2 hours of teaching Lots of diagrams Questions and answers You will need molymods for one of the activities. The powerpoint includes lots of questions and answers, however I recommend printing some exam questions from the OCR legacy papers as homework. For copy write reasons, I cannot include exam questions with the resource. Check out my other A Level resources and follow me on Twitter: @Teach_Chem602 Buy as part of a bundle: https://www.tes.com/teaching-resource/a-level-ocr-organic-resources-chapter-6-for-new-2015-spec-11430530

Complete 1 hour lesson to cover optical isomers, chiral carbons, polarised light, racemic mix and 3D drawings. The lesson includes a flipped learning worksheet that can be given to pupils for homework the previous lesson. If you do not use this, it is not a problem as the powerpoint covers everything. The homework could also be done after the lesson to recap. The powerpoint explains chirality with examples, questions and a video. The lesson finishes with a loop game.

I have created a poster summarising all the key reactions that pupils need to know for aromatic organic synthesis. I recommend printing on A3. I have also included extra posters with parts removed - one has the names removed, another the conditions and another the display formulae. Pupils try to fill them in from memory. You could then set them the challenge of drawing the whole thing from memory. Finally there are 4 synthesis routes for pupils to plans (answer are in the notes). I recommend following this up with exam questions (for copyright reasons I cannot include these). An aliphatic synthesis lesson is also available to buy.

Pictionoo (a mixture of pictionary and taboo!) Get the class into groups of 4. Within the group the pupils are in 2 teams. Print slides 2-5. All the other instructions are on the powerpoint. I made this years ago and can't remember where I got the NMR pictures from - if it is you, please let me know so I can credit you.

A blank periodic table showing the first 36 elements. The names are listed at the bottom, pupils try to slot them into the right place from memory. A good starter, could be a competitions for who can get the most in the right place.

Questions covering all of the new specification. The questions summarise the entire content. Pupils can complete the questions for revision and use their textbooks to mark it. I wrote the questions using the content of the new Pearson's textbook and a couple of the calculation questions are from the book (pupils can look up their answers to these in the book). I have not proof read my work so apologies if there are typos! Please leave feedback if you use this resource.

Complete scheme of work for chapter 4.1.1 of AQA Chemistry (Trilogy) covering: Atoms, elements and compounds Basics of the periodic table Separating mixtures History of the atomic model Structure of the atom Electronic configuration The whole unit should take 7 hours to teach. Resource includes lesson plans, complete powerpoints, starter activities, lots of main activities, assessment for learning, homework and worksheets. Some activities are differentiated for different abilities. Each lesson is linked closely with the AQA scheme of work. More chapters coming soon! Chapter 4.1.2 can be purchased here: https://www.tes.com/teaching-resource/complete-scheme-of-work-for-new-aqa-gcse-chemistry-trilogy-chapter-4-1-2-11296732 Or purchase the whole of chapter 4.1 for only £5 here: https://www.tes.com/teaching-resource/complete-sow-for-new-aqa-chemistry-syllabus-chapter-4-1-atomic-structure-and-the-periodic-table-11296756 Follow me on Twitter for lots of teaching ideas: @teach_chem602

Complete lesson with two alternative starter activities (depending on the ability of your class), a practical, lots of activities, videos, homework suggestion and an AfL task at the end. Extra information (including image credits) is included in the notes section under the slides. I am currently making a complete scheme of work for the new chemistry spec so please keep checking back. For a halogens lesson visit: https://www.tes.com/teaching-resource/halogens-complete-differentiated-lesson-for-new-aqa-gcse-chemistry-2016-onwards-or-old-aqa-c3-11278843 Complete chapter 4.1 can be found here for only £5: https://www.tes.com/teaching-resource/complete-sow-for-new-aqa-chemistry-syllabus-chapter-4-1-atomic-structure-and-the-periodic-table-11296756 Follow me on Twitter for teaching ideas: @Teach_Chem602

Lesson includes a powerpoint, worksheet, questions and suggestions for practicals. It is important that you do your own risk assessment before carrying out any practicals.

A clear and easy way for pupils to learn about bond enthalpies. Before teaching this lesson you need to have covered exothermic and endothermic reactions as well as calorimetry. The lesson includes a loop game starter to recap prior knowledge, explanation with animation, examples and questions for calculating bond enthalpies. Although created for GCSE, it would be a suitable introduction for AS students as well. You will need molymods and board pens. Calculators optional.

Created for a weekly interform quiz that I organise which is very popular with the pupils. Wide range of topics included including famous people, flags, London, cars, food, airlines, numbers, sport, washing symbols, bones and much more. Each quiz has 10 questions with answers included. Picture credits are given in the note section below each slide.

Created for AQA GCSE C3, this resource will also be relevant to other specifications as well as AS Chemistry. The lesson takes pupils through step by step instructions for naming and drawing esters and provides questions for pupils to try as well as suggested follow-up activities.

Pupils will learn what a simple covalent compound is and how to draw them. Includes suggested practical which can lead into talking about the properties of simple molecules. It is important that you carry out your own risk assessment before doing any practical activities. A competitive game is included, as well as a homework sheet which will allow them to practice the main compounds that they need to know.

A fun way to revise the structure of animal cells. Ideal for both KS3 and KS4. Buy as part of a bundle of games and activities here: https://www.tes.com/teaching-resource/bargain-bundle-of-biology-games-and-activities-for-ks4-aqa-b1-b2-b3-spice-up-your-lesson-11210447

Match the picture to the name and the function. Can be differentiated for less able for EAL students by just matching the picture and name. Ideal for both KS3 and KS4 when learning about the heart and circulation. Buy as part of a bundle of games and activities here for only £5: https://www.tes.com/teaching-resource/bargain-bundle-of-biology-games-and-activities-for-ks4-aqa-b1-b2-b3-spice-up-your-lesson-11210447

This engaging game was a hit with my class. You can use this game to teach about the reasons and consequences for deforestation. The class are given the following scenario: “You form the government of a small country that contains a large rainforest. Due to years of war and instability, the country is not popular with tourists. With very few other industries, the country is running out of money. All that you have is forest so you will need to decide whether to sell a portion. Whenever you sell forest, cross off the squares you have sold on your forest board using a marker pen. You have been borrowing money from other countries and have a debt of £2 000 000 which needs to be paid by the end of the game.” They will then work in small groups to make as much money as possible from their rainforest. There will be consequences for their team depending on how much rainforest they choose to sell. They will learn about the reasons behind deforestation and the problems it creates. Follow up questions are included.

A fun way to practice oxidation numbers. Pupils move forwards or backwards on the board, depending on whether the oxidation number is positive or negative. My class really enjoyed this.

Complete lesson plan with powerpoint, games and worksheets to introduce standard enthalpy of neutralisation, formation, reaction, neutralisation and combustion. Suitable for new AS OCR A Chemistry spec.