A science teacher since 2008 and exam board assessor (GCSE & Alevel) I bring all my experience together to create fun educational resources that can be easily taught to any class. My resources are designed to teach content, build understanding and increase exam skills. There are many differentiated resources within the complete lessons and revision sets.
A science teacher since 2008 and exam board assessor (GCSE & Alevel) I bring all my experience together to create fun educational resources that can be easily taught to any class. My resources are designed to teach content, build understanding and increase exam skills. There are many differentiated resources within the complete lessons and revision sets.
This fun and informative complete lesson covers all content from AQA specification content on ‘metabolism’.
Using a detailed and engaging PowerPoint the students work their way through the content with a range of whole class quizzes, paired and individual activities. The range of challenges encourage students to learn new key words. The lesson structure challenges students to apply their new knowledge to exam style questions whilst also giving them expert exam tips. There are also some notes to support the teaching of this topic.
Included in the PowerPoint & worksheet are the following activities:
Begins with a warm up task - recalling biological molecules from unit 2 organisation.
Thought provoking questions drawing on students prior knowledge.
Differentiated tasks all in one - there are slides with clues on that will appeal to both higher level students (e.g. chemical structure of glucose) and foundation (linking biological molecules to food tests from unit 2 organisation).
Differentiated ‘fill the gap’ activity, I create give me a clue sheets which contain more information (less gaps to fill) to support less able students or those with SEN.
Fun guess the word before it appears and ‘say what you see’ activities.
Final activity further application of lesson & linking to prior units in exam style question.
The lesson should take about 1 hour but can be adapted to different timings.
You should find the lesson is totally self-explanatory in that you can simply click through, and it flows through the content. My students have really enjoyed all the lessons in this unit so far, so I hope yours do too!
If you have any questions about this, or any of my resources, please message me at: shropshiresciencetutor@gmail.com
One last thing, if you use and enjoy my resource, I’d be grateful if you could please try to leave a positive review!
This fun and informative complete lesson covers all content from AQA specification content on ‘anaerobic respiration in yeast and plants’.
Using a detailed and engaging PowerPoint the students work their way through the content with a range of whole class quizzes, paired and individual activities. The range of challenges encourage students to learn new key words, and recall prior content (research shows recall activities helps children to remember so I try to include these in most of my lessons). The lesson structure challenges students to apply their new knowledge to exam style questions whilst also giving them expert exam tips.
Included in the PowerPoint & worksheet (with all answers) are the following activities:
Describe the anaerobic respiration equation for yeast and plants.
Describe fermentation.
Describe & explain the factors that affect the rate of reaction in fermentation.
Final activity further application of lesson keyword consolidation in the form of a fun crossword…
You should find the lesson is self-explanatory in that you can simply click through, and it flows through the content. My students have really enjoyed all the lessons in this unit so far, so I hope yours do too!
If you have any questions about this, or any of my resources, please message me at: shropshiresciencetutor@gmail.com
One last thing, if you use and enjoy my resource, I’d be grateful if you could please try to leave a positive review!
AQA specification 4.1.1 Cell structure, 4.1.1.1 Eukaryotes & 4.1.1.2 Animal and plant cells.
Complete lesson ready to use, just download, print and go!
Designed for teachers to deliver (specialist and non-specialists) but I have found more & more students need to access resources independently so my lessons are structured in a way that students can navigate for remote learning or to catch up on missed content. Can also be used for a flipped learning approach.
Lesson contains:
Concise learning objectives - referred to through the lesson to check learning has occurred.
Define the keyword eukaryote (uses precise specification language to be correct for final GCSE exam)
Recap on KS3 knowledge leading to the correct labelling of both plant and animal cell diagrams (worksheet 1).
Fun ‘Treasure hunt’ activity to learn about the function of each cell organelle. (worksheet 2, PowerPoint document).
Followed by independent ‘Superhero’ organelle activity.
Use and develop exam skills to describe and explain the role of organelles, extension question to compare structures and functions of plant and animal cells.
Plenary – there are 2 options, If your students have access to IT equipment send them a copy of the excel document (worksheet 3)which is a self-assessing sheet, giving students immediate feedback in a fun way! The other option is a quick quiz on the following slide (consisting of the same questions just delivered differently).
Includes detailed answers to all tasks.
Teaching time approx 1hour.
Contains:
A PowerPoint - fun and interactive with a range of tasks to keep students engaged following the traditional starter, main, plenary format.
3 x worksheets (word, excel and PowerPoint).
Students will learn new content and will have opportunity to practise exam and data analysis skills as per the specification.
If you are looking for more resources to teach check out my shop or click [photosynthesis revision]https://www.tes.com/teaching-resource/resource-12970397)
I aim to make my lessons easy to deliver, just click through to each task.
If you like these resources, then why not check out my other resources on similar topics in my TES shop, such as Bioenergetics. You can also find me on twitter (X) or Facebook for the latest updates or even to get in touch and chat about how you have used this resource or to ask questions. When I teach these lessons to my students, I love the idea that other children will be enjoying the activities too. I aim to produce cheap and affordable resources for the price of a good cup of coffee so that you can spend more time doing the things that you want.
AQA A level Biology unit 1 - Biological Molecules specification points 3.1.1 Monomers and polymers
Complete lesson ready to use, just download, print and go!
Designed for teachers to deliver (specialist and non-specialists) but I have found more & more students need to access resources independently so my lessons are structured in a way that students can navigate for remote learning or to catch up on missed content. Can also be used for a flipped learning approach.
This fun lesson introduces students to the ‘Biological molecules’ in a fun way to ease the transition to A’level. I find that students often struggle with this unit so have change my approach over time to better engage (and retain) everyone.
Lesson contains:
Concise learning objectives - referred to through the lesson to check learning has occurred.
Emphasis on developing and applying A’level language.
Recap on KS4 knowledge to build confidence.
A range of different challenges to develop understanding and familiarity with the content.
Tips for exam success included before introducing plenary questions which will both build confidence and challenge more able students to achieve full marks.
Final activity it the ‘Spotlight challenge’ a word game designed to encourage students to think about and apply the words from todays lesson.
Includes detailed answers to all tasks, plus notes to support non-specialists.
Teaching time approx 1hour.
Contains:
A PowerPoint - fun and interactive with a range of tasks to keep students engaged following the traditional starter, main, plenary format.
1 x worksheet.
Students will learn new content and will have opportunity to practise exam and data analysis skills as per the specification.
If you are looking for more resources to teach check out my shop or click [https://www.tes.com/teaching-resource/resource-13039648]
I aim to make my lessons easy to deliver, just click through to each task.
If you like these resources, then why not check out my other resources on similar topics in my TES shop. You can also find me on twitter (X) or Facebook for the latest updates or even to get in touch and chat about how you have used this resource or to ask questions. When I teach these lessons to my students, I love the idea that other children will be enjoying the activities too. I aim to produce cheap and affordable resources for the price of a good cup of coffee so that you can spend more time doing the things that you want.
Introduction to microscopes and cells - ideal first lesson for Year 7 biology.
Complete lesson ready to use, just download, print and go!
Designed for teachers to deliver (specialist and non-specialists) but I have found more & more students need to access resources independently so my lessons are structured in a way that students can navigate for remote learning or to catch up on missed content. Can also be used for a flipped learning approach.
This fun lesson introduces students to using microscopes in a fun and careful way. This lesson is designed to work with some practical elements - magnifying glasses/bioviewers and light microscopes with prepared slides.
Lesson contains:
Concise learning objectives - referred to through the lesson to check learning has occurred.
Emphasis on developing and applying correct language.
A range of different challenges to develop understanding and familiarity with the content.
Plenary questions which will both build confidence and challenge more able students to achieve full marks.
Final activity can be used as an exit task - recall parts of the microscope using a self assessing worksheet (this can also be printed if students lack IT equipment).
Includes detailed answers to all tasks, plus notes to support non-specialists.
Teaching time approx 1hour.
Contains:
A PowerPoint - fun and interactive with a range of tasks to keep students engaged following the traditional starter, main, plenary format.
1 x diagram worksheet
1 x self assessing worksheet (excel).
(If you complete the practical activities make sure you have a risk assessment in place)
I aim to make my lessons easy to deliver, just click through to each task.
If you like these resources, then why not check out my other resources on similar topics in my TES shop. You can also find me on twitter (X) or Facebook for the latest updates or even to get in touch and chat about how you have used this resource or to ask questions. When I teach these lessons to my students, I love the idea that other children will be enjoying the activities too. I aim to produce cheap and affordable resources for the price of a good cup of coffee so that you can spend more time doing the things that you want.
AQA A level Biology unit 1 - Biological Molecules specification points 3.1.2 Carbohydrates - Monosaccharides & disaccharides. Lesson 2 of Biological molecules.
Complete lesson ready to use, just download, print and go!
Designed for teachers to deliver (specialist and non-specialists) but I have found more & more students need to access resources independently so my lessons are structured in a way that students can navigate for remote learning or to catch up on missed content. Can also be used for a flipped learning approach.
This fun lesson continues the unit ‘Biological molecules’ in a fun way to ease the transition to A’level. I find that students often struggle with this unit so have change my approach over time to better engage (and retain) everyone.
Lesson contains:
Concise learning objectives - referred to through the lesson to check learning has occurred.
Emphasis on structure of glucose - I use molymods to model alpha and beta glucose but the lesson will work without these if you don’t have them.
Learn the three monosaccharides specified in the spec.
A range of different challenges to develop understanding and familiarity with the content.
Understanding the formation of glycosidic bonds and move onto the formation of disaccharides.
Final activity is a question to give students the opportunity to apply there learning from the lesson.
Includes detailed answers to all tasks, plus notes to support non-specialists.
Teaching time approx 1hour.
Contains:
A PowerPoint - fun and interactive with a range of tasks to keep students engaged following the traditional starter, main, plenary format.
1 x worksheet - structured to support the students note taking highlighting the important points.
Students will learn new content and will have opportunity to practise exam and data analysis skills as per the specification.
If you are looking for more resources to teach check out my shop or click [https://www.tes.com/teaching-resource/resource-13039648]
I aim to make my lessons easy to deliver, just click through to each task.
If you like these resources, then why not check out my other resources on similar topics in my TES shop. You can also find me on twitter (X) or Facebook for the latest updates or even to get in touch and chat about how you have used this resource or to ask questions. When I teach these lessons to my students, I love the idea that other children will be enjoying the activities too. I aim to produce cheap and affordable resources for the price of a good cup of coffee so that you can spend more time doing the things that you want.
Photosynthesis full set of lessons that teach all the content from AQA specification Unit 4 Bioenergetics, 4.4.1 Photosynthesis. PLUS revision resources.
Each lesson should take about 1hour to teach, but you can easily adapt them to your own lesson timings.
Photosynthesis & rate of photosynthesis
Limiting factors
Uses of glucose from photosynthesis
Required practical - effect of light intensity on pondweed - skills based lesson
Inverse square law (higher tier)
Revision cards.
Using a detailed and engaging PowerPoint the students work their way through the content with a range of whole class quizzes, paired and individual activities. The lessons are well structured and include differentiated activities. Worksheets are included for students to complete (all answers are present on the PowerPoint) with a variety of activities such as labelling diagrams and answering exam style questions (plus exam tips from an experienced exam board assessor).
If you have any questions about this, or any of my resources, please message me at: shropshiresciencetutor@gmail.com
One last thing, if you use and enjoy my resource, I’d be grateful if you could please try to leave a positive review!
4.4 Bioenergetics - all specification points taught
Photosynthesis full set of lessons that teach all the content from AQA specification Unit 4 Bioenergetics, 4.4.1 Photosynthesis.
Each lesson should take about 1hour to teach, but you can easily adapt them to your own lesson timings.
Photosynthesis & rate of photosynthesis
Limiting factors
Uses of glucose from photosynthesis
Required practical - effect of light intensity on pondweed - skills based lesson
Inverse square law (higher tier)
Respiration full set of lessons that teach all the content from AQA specification Unit 4 Bioenergetics, 4.4.2 Respiration.
Each lesson should take about 1hour to teach, but you can easily adapt them to your own lesson timings.
Aerobic respiration
Aerobic respiration (& the effect of exercise)
Anaerobic respiration in yeast & plants
Metabolism
Using a detailed and engaging PowerPoint the students work their way through the content with a range of whole class quizzes, paired and individual activities. The lessons are well structured and include differentiated activities. Worksheets are included for students to complete (all answers are present on the PowerPoint) with a variety of activities such as labelling diagrams and answering exam style questions (plus exam tips from an experienced exam board assessor).
Also includes some revision materials, perfect to support your Year 11 students before sitting their exams.
The lessons are self-explanatory in that you can simply click through, and it flows through the content. I use them in my own teaching and my students really enjoy them.
If you have any questions about this, or any of my resources, please message me at: shropshiresciencetutor@gmail.com
One last thing, if you use and enjoy my resource, I’d be grateful if you could please try to leave a positive review!
Photosynthesis full set of lessons that teach all the content from AQA specification Unit 4 Bioenergetics, 4.4.1 Photosynthesis.
Each lesson should take about 1hour to teach, but you can easily adapt them to your own lesson timings.
Photosynthesis & rate of photosynthesis
Limiting factors
Uses of glucose from photosynthesis
Required practical - effect of light intensity on pondweed - skills based lesson
Inverse square law (higher tier)
Using a detailed and engaging PowerPoint the students work their way through the content with a range of whole class quizzes, paired and individual activities. The lessons are well structured and include differentiated activities. Worksheets are included for students to complete (all answers are present on the PowerPoint) with a variety of activities such as labelling diagrams and answering exam style questions (plus exam tips from an experienced exam board assessor).
The lessons are designed to be straight forward for the teacher to deliver (whether you are an ECT or non-specialist) and engaging for your students. Learning objectives are used to monitor learning and all questions have detailed answers. Just click through, and the lessons flows through the content.
There are lots of opportunities for your students to develop and practise their understanding and exam skills. There is both scaffolding and challenge so differentiation runs throughout (most of my classes are mixed ability so I am used to have to both nurture and extend at the same time!) .
If you have any questions about this, or any of my resources, please message me at: shropshiresciencetutor@gmail.com
One last thing, if you use and enjoy my resource, I’d be grateful if you could please try to leave a positive review!