I currently teach IGCSE Biology, Chemistry and Physics. Also A level Biology. The resources I produce for my lessons are carefully planned and I try to involve a lot of self-learning to allow students to develop these important skills needed for further education.
I currently teach IGCSE Biology, Chemistry and Physics. Also A level Biology. The resources I produce for my lessons are carefully planned and I try to involve a lot of self-learning to allow students to develop these important skills needed for further education.
An overview of the practical students should perform. We find it difficult to do the experiment so it is a theoretical lesson. I have provided students with results and there is a practice exam question.
I use this as a formative assessment in lessons but it can be used for homework. It helps check understanding of the topic and can be used as a revision tool.
A peer assessment sheet is also included but can be used as a self assessment task.
The principles of a circulatory system.
Objective: Know why many animals have a heart and circulation which act as a mass transport system to overcome the limits of diffusion
A simple worksheet to generate a discussion amongst pairs/groups. Students use the analogy of a public transport system which makes it easier to understand an animal transport system.
Looking for a different way for students to revise/consolidate their knowledge of a topic? Try a digital escape room.
No email or Google account needed, just the website and password (included in the download).
All instructions included in the escape room.
Great for examination practice.
If you like my resource, please could you leave a positive review.
Thank you
This is a 2 part lesson for muscle contraction. It introduces actin-myosin interactions in the sliding filament theory. I have included some PPT slides from boardworks which highlight this interaction very well. I have also included 2 videos from youtube which I find very helpful. The crash course video can be used in either lesson 1 or 2. The Biology ATP Myosin video is a resource I use along slide the boardworks presentation on muscle contraction where students use both resources and their books to produce a flow chart or bullet points explain what occurs in the sarcomere.
There is also an exam question at the end of lesson 2.
*please note that you will need to enable macros on PPT to allow boardworks to be interactive
This is a whole lesson on a power point slide. I have included a recap of the root hair cell. Students will then watch the video on transpiration to give an overall idea of how water and minerals are transported to the leaves. I have set a mini research task for students to find out how water and mineral ions enters the root hair cell and passes to the xylem. Finally - 2 exam questions (grade 5 - 8)
A complete lesson with worksheets and exam questions/answers which introduces the reflex arc. There are simple animations which show the route of the impulse. Synapses are not covered in detail as they are not needed for double award syllabus (edexcel IGCSE).
A power point full lesson allowing students to understand the role of photosynthesis in producing glucose for energy storage.
Student should be able to
understand the process of photosynthesis and its importance in the conversion of light energy to chemical energy
Write a word and balanced symbol equation for photosynthesis
Describe adaptations of a leaf for efficient photosynthesis
There is a six mark exam question and mark scheme for self/peer assessment.
A power point to aid students understand how vaccination results in the manufacture of memory cells which enable future antibody production to the pathogen to occur sooner, faster and in greater quantity.
I have used a range of resources throughout the PPT. There are 2 video which can prompt discussion. The first is a starter activity which reflects on the previous lesson, looking at the function of phagocytes and lymphocytes.
Students are then introduced to the idea of vaccinations both by discussion and a video. There is a card sort activity to put the process in order and then a graph analysis task.
A series of questions focused on the scientific article for the IAL Edexcel exam - unit 5.
There is a teacher answer sheet included.
I have also included a copy of the Scientific Article from Edexcel Unit 5 Exam and definitions for vocabulary.
I have focused on the following topics:
• The nervous system – structure and function of each neurone
• Action potentials and how an impulse is generated
• Synapses
• Structure and function of areas of the brain
• FMRI scans
• The eye
• Brain injuries
• Critical window
• Respiration
• PCR and Gel electrophoresis
• Speciation
This resource helps student´s to focus their revision in the appropriate areas and help develop their exam response.
Specification link: 1.2 (b) relate the structures of polysaccharides to their role in providing and storing energy
A lesson designed to promote independent learning.
There is a video students use the video to extract information about amylose and amylopectin and the difference in structure.
Students find out independently how each molecule can be broken down to release energy.
Exam circus of questions to work through with a partner.
Check points provided after each task to ensure learning/correct information collected.
Specification link: 1.2 (a) know the differences between monosaccharides, disaccharides, polysaccharides including glycogen and starch
In this lesson, students will learn the structures of common monosaccharides and how they combine in a condensation reaction to form disaccharides. Polysacchrides are mentioned briefly but they are studied in more detail next lesson (spec link 1.2 b)
There are opportunities for independent learning as students determine the structure of monosaccharides and practice drawing the reaction between common monosaccharides labelling the bond and type of reaction.
I have included an exam question for practice.
Specification link: 1.5 know how triglycerides are synthesised and describe the difference between saturated and unsaturated lipids
A complete lesson promoting independent learning. I have provided 2 videos that students watch and extract relevant information to complete a worksheet. I suggest it is printed on A3 paper.
Teacher - student discussion over main points ensures an understanding of the topic.
A quiz of exam questions with a time limit.
A power point which introduces the structure and function of the parts of a flower. Students then analyse the differences between the insect and wind pollinated flowers. There is a brief explanation of fertilisation and formation of the pollen tube. Finally looking at asexual and sexual reproduction in plants.
The power point contains the whole lesson and it is easy for the teacher to follow the plan of the lesson with tasks for students clearly highlighted and check points to ensure learning.
I have used a ppt slide from the author clickbiology as I think it is one of the best slides on flower structure I have seen.