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
21/09/16 - Physics equation squares - correction to titles
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
Progress monitoring booklets for Additional Science - Physics P2
A list of the various objectives for each of the topics in the Additional Science Unit.
Students can show progress against what they know about a topic at the start and then at the end of a unit. This can then be used to produce a personalised revision programme for the student.
Alternative way of being used, is to print on stickers and use in books.
This booklet provides revision of the key topics of nuclear fission, nuclear fusion, power station, nuclear decay, alpha, beta and gamma.
This can also be used to support less able by providing structure to the lesson/notes.
The second document includes the answers for peer and self assessment.
This booklet supports a series of lesson and is designed for Entry Level/SEND students to allow them to access the key elements of science. If used in a mixed ability class, these booklets allow students to keep pace with the rest of the class whilst personalising the challenge and support they require.
The booklet is part of a series of booklets with a variety of tasks including matching keywords and definition, scaffolding, extended answers, research and a lot of practical work with matching results tables/graphs.
Some of the diagrams have had to be removed for copyright.
GCSE Combined Science Chemistry - Trilogy V1
Lesson materials and lesson plan with all key components. Also available as a full Scheme of Work with all lesson resources including starters, main activity and plenary.
GCSE Core Science Revision Materials for Pathogens and Disease
Revision materials to support students prepare for the GCSE core science examinations.
Resources are based around keywords and concepts.
Further resources are available from AchieveinScience and Scuttscience.
GCSE Core Science Revision Materials for cloning and genetic engineering
Revision materials to support students prepare for the GCSE core science examinations.
Resources are based around keywords and concepts.
Further resources are available from AchieveinScience and Scuttscience.
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
21/09/16 - L24 sorting task added
These can be used with a whole class or several copies printed for groups to use.
The topics covered include limestone, atomic structure, atmosphere, alkanes, alkenes, fractional distillation, cracking and more
Covers the main topic areas and keywords from the AQA specification.
This can be used as a whole class activity or these can be printed as double-sided cards for students to use in small groups. The aim of the task is to select the question that the least people got right when asked the same question. Who therefore can get the lowest score is the winner. There are a few pointless answers in there too.
Great for challenge and to really extend the most able while also supports other students with reinforcing keywords.
Lesson 14 of 29: Additional Physics
This lesson is part of a series of lessons that are available from scuttscience, Each lesson comes with a range of resources including:
- A "Lesson Plan" format Scheme of Work - highlighting objectives, keywords, resources, starter, 3 main activities, plenary and ideas for support and additional challenge.
- Lesson resources - ranging from practical instructions, bingo, thoughts and crosses, 6 mark extended questions, extended writing tasks, 5 s day, support sheets, calculation bingo, calculation squares and more.
Please note that additional resources are also available. Please search for scuttscience.
Lesson 26 of 29: Additional Physics
This lesson is part of a series of lessons that are available from scuttscience, Each lesson comes with a range of resources including:
- A "Lesson Plan" format Scheme of Work - highlighting objectives, keywords, resources, starter, 3 main activities, plenary and ideas for support and additional challenge.
- Lesson resources - ranging from practical instructions, bingo, thoughts and crosses, 6 mark extended questions, extended writing tasks, 5 s day, support sheets, calculation bingo, calculation squares and more.
Please note that additional resources are also available. Please search for scuttscience.
Revision materials to support students prepare for the GCSE core science examinations.
Resources are based around keywords and concepts.
Further resources are available from AchieveinScience and Scuttscience.
GCSE Core Science Revision Materials for Drugs and Medicines
Revision materials to support students prepare for the GCSE core science examinations.
Resources are based around keywords and concepts.
Further resources are available from AchieveinScience and Scuttscience.
Due to a number of requests this is another assessment papers for additional biology.
Made up of a 60 minute assessment that are made up of new questions from the additional science programme of study.
These help students with revision and preparation for examination. Really good when students have done all of the past papers already.
These are DIFFERENT to the predicted papers that are available separately.