50 demonstrations and experiments that have been used to make science engaging and memorable. There is a range of practical demonstrations and investigations for biology, chemistry and physics for different scientific topics for key stage 2, 3, 4 and 5. Topics include chemical reactions, nuclear fission, nuclear decay, half-life, life cycle of the star, food and digestion, sound, waves, earth and its atmosphere, speed, velocity, acceleration, DNA, genetics, cells, momentum, energy, efficiency, combustion, respiration, inertia, change of state, forces, magnets, electricity, polymers, super cooling, pykrete, seed dispersal, moments, heat transfers, convection, terminal velocity, rate of reaction, rockets, pH, acids and alkalis and pressure.

The idea works that students should know the core building blocks around the edge of the page. The task therefore is to work inwards and begin to summarise these key points in the middle, only focusing on the things they have forgotten. The final task is to get this all on to a postcard - their revision notes to take away! This makes it all manageable for the student. This is one topic only and the full unit can be downloaded as a complete file.

A set of three planning cards that support students through the necessary steps to complete a successful investigation. Steps include: - Forming a hypothesis - Research - Method - Variables - Independent, dependent and controls. - Risk Assessment - Conclusion - Graphs These can be printed on A1 sheets to make as a classroom display. They can also be printed as A3, laminated and then students can use post it notes to complete. This is designed to familiarise students with the how science works terminology and format for laying out a clear practical.

Resources included: - All combined science lessons with lesson plan, Powerpoint and other resources. If you have any questions about these resources then please contact us

50 demonstrations and experiments that have been used to make science engaging and memorable. There is a range of practical demonstrations and investigations for biology, chemistry and physics for different scientific topics for key stage 2, 3, 4 and 5. Topics include chemical reactions, nuclear fission, nuclear decay, half-life, life cycle of the star, food and digestion, sound, waves, earth and its atmosphere, speed, velocity, acceleration, DNA, genetics, cells, momentum, energy, efficiency, combustion, respiration, inertia, change of state, forces, magnets, electricity, polymers, super cooling, pykrete, seed dispersal, moments, heat transfers, convection, terminal velocity, rate of reaction, rockets, pH, acids and alkalis and pressure.

A range of revision activities for KS3 Can be used as starters, plenaries, homework and/or for independent revision.

This book selects practicals suitable for primary teachers and is designed to support existing teacher, NQTs, ITT, PGCE students in making science accessible, memorable and exciting. These can be used a full practicals or mini-activities to promote investigation work. Students should be come familiar with the key concept and procedures. Topics/units include: Speed, velocity, acceleration, forces, energy transformations, states of matter, magnets, volume, elements, diseases, floating and sinking, pressure, chemical reactions, combustion, smoking and much more…. Note that these activities are also found in my 2 books - 50 ways Memorable and Exciting Practicals and Demonstrations 1 & 2 that can be purchased separately.

Two books, each with 50 engaging and memorable demonstrations/practicals - 100 in total! These are designed to support existing teacher, NQTs, ITT, PGCE students and more in both primary and secondary schools. These books supports the teaching of various topics/units including: Speed, velocity, acceleration, forces, energy transformations, atomic structure, ionic bonding, covalent bonding, energy resources, states of matter, magnets, terminal velocity, volume, elements, periodic table, genetic, diseases, floating and sinking, pressure, chemical reactions, enzymes, cell division, combustion, momentum, smoking and much more….

These lessons have been created for the New Combined Science Trilogy course and are linked to the new AQA specification. Each lesson varies in its content and are sold individually but they are also available as a complete BUNDLE (see bundles and SAVE). Lessons include: - Lesson Plan – a clear overview of the lesson, links to specification, three main objectives, keywords, resources, starters, 3 main activities and plenaries. Ideas are also included for differentiation for lower and more able students. - PowerPoint – with lesson objectives and keywords on each slide. - Additional resources – printable sheets for starters/plenaries/investigations. - Support sheets – guidance for demonstrations and practical activities All of these lessons will be continually updated and so please continue to revisit these resources for the most up to date resources. If you have purchased the draft specification lessons, please email for the instructions on how to get your lessons updated to the new specification – orders@achieveinscience.com Lessons in the series include: 1 Forces and their interactions 2 Weight and Centre of Mass 3 Resultant Forces 4 Work Done 5 Stretching 6 Compression 7 Speed and Distance 8 Velocity 9 Acceleration 10 Using Graphs 11 Falling Objects 12 Newton's First Law of Motion 13 Newton's Second & Third Laws of Motion 14 Stopping Distances 15 Stopping Distances 2 16 Momentum 17 Momentum 2 18 Waves 19 Properties of Waves 20 Electromagnetic Waves 21 Properties of electromagnetic waves 22 Infra-Red 23 Radio Waves 24 Radiation 25 Magnets 26 Electromagnetism 27 Fleming's left-hand Rule 28 Fleming's left-hand Rule 2 29 Motors

Physics Combined Science Trilogy (AQA) – Paper 1 (2016) These lessons have been created for the New Combined Science Trilogy course and are linked to the new AQA specification. Each lesson varies in its content and are sold individually but they are also available as a complete BUNDLE (see bundles and SAVE). Lessons include: - Lesson Plan – a clear overview of the lesson, links to specification, three main objectives, keywords, resources, starters, 3 main activities and plenaries. Ideas are also included for differentiation for lower and more able students. - PowerPoint – with lesson objectives and keywords on each slide. - Additional resources – printable sheets for starters/plenaries/investigations. - Support sheets – guidance for demonstrations and practical activities All of these lessons will be continually updated and so please continue to revisit these resources for the most up to date resources. If you have purchased the draft specification lessons, please email for the instructions on how to get your lessons updated to the new specification – orders@achieveinscience.com Lessons in the series include: 30 Changes in Energy 31 Changes in Energy 2 32 Changes in Energy 3 33 Energy changes in Systems 34 Power 35 Energy Transfers 36 Energy Transfers 2 37 Energy Resources 38 Energy Resources 39 Electricity 40 Electricity 2 41 Resistance 42 Resistance 2 43 Resistance 3 44 Circuits 45 Circuits 2 46 Domestic Electricity 47 Power 48 Energy Transfers in everyday appliances 49 The National Grid 50 Density of Materials 51 Change of State 52 Specific Heat Capacity 53 Specific Latent Heat 54 Pressure 55 Pressure 2 56 The Atom 57 Model of the Atom 57 Model of the Atom 57 Model of the Atom 60 Radioactive Decay 61 Nuclear Equations 62 Half-Life 63 Radioactive Contamination

Physics Combined Science Trilogy (AQA) – Paper 1 (2016) These lessons have been created for the New Combined Science Trilogy course and are linked to the new AQA specification. Each lesson varies in its content and are sold individually but they are also available as a complete BUNDLE (see bundles and SAVE). Lessons include: - Lesson Plan – a clear overview of the lesson, links to specification, three main objectives, keywords, resources, starters, 3 main activities and plenaries. Ideas are also included for differentiation for lower and more able students. - PowerPoint – with lesson objectives and keywords on each slide. - Additional resources – printable sheets for starters/plenaries/investigations. - Support sheets – guidance for demonstrations and practical activities All of these lessons will be continually updated and so please continue to revisit these resources for the most up to date resources. If you have purchased the draft specification lessons, please email for the instructions on how to get your lessons updated to the new specification – orders@achieveinscience.com Lessons in the series include: 30 Changes in Energy 31 Changes in Energy 2 32 Changes in Energy 3 33 Energy changes in Systems 34 Power 35 Energy Transfers 36 Energy Transfers 2 37 Energy Resources 38 Energy Resources 39 Electricity 40 Electricity 2 41 Resistance 42 Resistance 2 43 Resistance 3 44 Circuits 45 Circuits 2 46 Domestic Electricity 47 Power 48 Energy Transfers in everyday appliances 49 The National Grid 50 Density of Materials 51 Change of State 52 Specific Heat Capacity 53 Specific Latent Heat 54 Pressure 55 Pressure 2 56 The Atom 57 Model of the Atom 57 Model of the Atom 57 Model of the Atom 60 Radioactive Decay 61 Nuclear Equations 62 Half-Life 63 Radioactive Contamination

Resources included: - End of topic assessments If you have any questions about these resources then please contact us at admin@achieveinscience.com

AQA Trilogy Lessons - Combined Science Updated lessons and resources for teaching Trilogy Combined Science. Includes: Lesson plans with objectives, links to specification, differentiation, resources Lesson powerpoint Lesson worksheets and resources

Revision loop card activity for Additional Physics. Students need to cut out the cards and then sequence them so that the question on one card matches the answer on the next one. If the student get them correct, it will form a loop. The answer sheet is also provided so that you can quickly check response and identify any mistakes made by the student(s). A great activity to challenge students - who is quickest; to assess students and highlight misconceptions. Loop cards include questions about: Relative atomic mass, relative formula mass, percentage mass

Scheme of work with lots of practical activities along with powerpoints to support in lesson. Includes atomic structure, particle models, chromatography, distillation, forming compounds, metals, elements

A range of revision activities for KS3 Can be used as starters, plenaries, homework and/or for independent revision.

This lesson is from the series of lessons that I have created for the New Combined Science Trilogy course and are linked to the new AQA specification. Each lesson varies in its content and are sold individually but they are also available as a complete BUNDLE (see bundles and SAVE). Lessons include: - Lesson Plan – a clear overview of the lesson, links to specification, three main objectives, keywords, resources, starters, 3 main activities and plenaries. Ideas are also included for differentiation for lower and more able students. - PowerPoint – with lesson objectives and keywords on each slide. - Additional resources – printable sheets for starters/plenaries/investigations. - Support sheets – guidance for demonstrations and practical activities All of these lessons will be continually updated and so please continue to revisit these resources for the most up to date resources. If you have purchased the draft specification lessons, please email for the instructions on how to get your lessons updated to the new specification – orders@achieveinscience.com Lessons in the series include: 1 Animal and plant cells 2 Bacteria cells 3 Specialised cells 4 Microscopy 5 Mitosis and cell cycle 6 Stem cells 7 Stem cells debate 8 Diffusion 9 Diffusion 2 10 Osmosis 11 Osmosis 2 12 Active Transport 13 Tissues and organs 14 Enzymes 15 Enzymes and pH/ Enzymes and temperature 16 Enzymes in digestion/ Speeding up digestion 17 Structure and function of the heart 18 Pacemakers 19 Breathing 20 Blood vessels 21 Blood 22 Artificial hearts, valves and stents 23 A healthy diet 24 Inheritance, exercise and health 25 Drugs 26 Cancer 27 Transport in plants 28 Transport in plants 2 29 Transpiration 30 Pathogens and disease 31 Microbial case studies 32 Defence mechanisms 33 Immunity and vaccination 34 Drugs for disease 35 Developing new drugs 36 Developing new drugs 37 Photosynthesis 38 Limiting factors 39 Limiting factors 40 Aerobic respiration 41 Anaerobic respiration 42 Effect of exercise 43 Metabolism

This lesson is from the series of lessons that I have created for the New Combined Science Trilogy course and are linked to the new AQA specification. Each lesson varies in its content and are sold individually but they are also available as a complete BUNDLE (see bundles and SAVE). Lessons include: - Lesson Plan – a clear overview of the lesson, links to specification, three main objectives, keywords, resources, starters, 3 main activities and plenaries. Ideas are also included for differentiation for lower and more able students. - PowerPoint – with lesson objectives and keywords on each slide. - Additional resources – printable sheets for starters/plenaries/investigations. - Support sheets – guidance for demonstrations and practical activities All of these lessons will be continually updated and so please continue to revisit these resources for the most up to date resources. If you have purchased the draft specification lessons, please email for the instructions on how to get your lessons updated to the new specification – orders@achieveinscience.com Lessons in the series include: 1 Animal and plant cells 2 Bacteria cells 3 Specialised cells 4 Microscopy 5 Mitosis and cell cycle 6 Stem cells 7 Stem cells debate 8 Diffusion 9 Diffusion 2 10 Osmosis 11 Osmosis 2 12 Active Transport 13 Tissues and organs 14 Enzymes 15 Enzymes and pH/ Enzymes and temperature 16 Enzymes in digestion/ Speeding up digestion 17 Structure and function of the heart 18 Pacemakers 19 Breathing 20 Blood vessels 21 Blood 22 Artificial hearts, valves and stents 23 A healthy diet 24 Inheritance, exercise and health 25 Drugs 26 Cancer 27 Transport in plants 28 Transport in plants 2 29 Transpiration 30 Pathogens and disease 31 Microbial case studies 32 Defence mechanisms 33 Immunity and vaccination 34 Drugs for disease 35 Developing new drugs 36 Developing new drugs 37 Photosynthesis 38 Limiting factors 39 Limiting factors 40 Aerobic respiration 41 Anaerobic respiration 42 Effect of exercise 43 Metabolism

This lesson is from the series of lessons that I have created for the New Combined Science Trilogy course and are linked to the new AQA specification. Each lesson varies in its content and are sold individually but they are also available as a complete BUNDLE (see bundles and SAVE). Lessons include: - Lesson Plan – a clear overview of the lesson, links to specification, three main objectives, keywords, resources, starters, 3 main activities and plenaries. Ideas are also included for differentiation for lower and more able students. - PowerPoint – with lesson objectives and keywords on each slide. - Additional resources – printable sheets for starters/plenaries/investigations. - Support sheets – guidance for demonstrations and practical activities All of these lessons will be continually updated and so please continue to revisit these resources for the most up to date resources. If you have purchased the draft specification lessons, please email for the instructions on how to get your lessons updated to the new specification – orders@achieveinscience.com Lessons in the series include: 1 Animal and plant cells 2 Bacteria cells 3 Specialised cells 4 Microscopy 5 Mitosis and cell cycle 6 Stem cells 7 Stem cells debate 8 Diffusion 9 Diffusion 2 10 Osmosis 11 Osmosis 2 12 Active Transport 13 Tissues and organs 14 Enzymes 15 Enzymes and pH/ Enzymes and temperature 16 Enzymes in digestion/ Speeding up digestion 17 Structure and function of the heart 18 Pacemakers 19 Breathing 20 Blood vessels 21 Blood 22 Artificial hearts, valves and stents 23 A healthy diet 24 Inheritance, exercise and health 25 Drugs 26 Cancer 27 Transport in plants 28 Transport in plants 2 29 Transpiration 30 Pathogens and disease 31 Microbial case studies 32 Defence mechanisms 33 Immunity and vaccination 34 Drugs for disease 35 Developing new drugs 36 Developing new drugs 37 Photosynthesis 38 Limiting factors 39 Limiting factors 40 Aerobic respiration 41 Anaerobic respiration 42 Effect of exercise 43 Metabolism

This lesson is from the series of lessons that I have created for the New Combined Science Trilogy course and are linked to the new AQA specification. Each lesson varies in its content and are sold individually but they are also available as a complete BUNDLE (see bundles and SAVE). Lessons include: - Lesson Plan – a clear overview of the lesson, links to specification, three main objectives, keywords, resources, starters, 3 main activities and plenaries. Ideas are also included for differentiation for lower and more able students. - PowerPoint – with lesson objectives and keywords on each slide. - Additional resources – printable sheets for starters/plenaries/investigations. - Support sheets – guidance for demonstrations and practical activities All of these lessons will be continually updated and so please continue to revisit these resources for the most up to date resources. If you have purchased the draft specification lessons, please email for the instructions on how to get your lessons updated to the new specification – orders@achieveinscience.com Lessons in the series include: 1 Animal and plant cells 2 Bacteria cells 3 Specialised cells 4 Microscopy 5 Mitosis and cell cycle 6 Stem cells 7 Stem cells debate 8 Diffusion 9 Diffusion 2 10 Osmosis 11 Osmosis 2 12 Active Transport 13 Tissues and organs 14 Enzymes 15 Enzymes and pH/ Enzymes and temperature 16 Enzymes in digestion/ Speeding up digestion 17 Structure and function of the heart 18 Pacemakers 19 Breathing 20 Blood vessels 21 Blood 22 Artificial hearts, valves and stents 23 A healthy diet 24 Inheritance, exercise and health 25 Drugs 26 Cancer 27 Transport in plants 28 Transport in plants 2 29 Transpiration 30 Pathogens and disease 31 Microbial case studies 32 Defence mechanisms 33 Immunity and vaccination 34 Drugs for disease 35 Developing new drugs 36 Developing new drugs 37 Photosynthesis 38 Limiting factors 39 Limiting factors 40 Aerobic respiration 41 Anaerobic respiration 42 Effect of exercise 43 Metabolism