Concise, detailed notes on the required practical including: method needing to be recalled, key scientific knowledge to support understanding and recall diagrams and processing of results tons of practical based relevant exam questions and mark schemes to assess knowledge challenging application questions and mathematical questions throughout to consolidate learning. Designed for AQA but can be easily adapted for other exam boards.

Exam questions on these topics along with MCQs. Can be adapted for any exam board.

Questions focusing on tricky titrations and questions involving dilution

8 concise, specific and accurate lessons on Proteins and Enzymes designed for the AQA A Level exam board, but easily adjustible for any board. The lessons explore amino acid structure, the structure of proteins and their importance, enzymes and factors that affect enzyme action along with competitive and non-competitive inhibition, as well as a practical looking at the effect of temperature on the action of Trypsin. The lessons focus on how to answer exam questions using specific and exact exam terminology. L8 is a lesson dedicated to exam practice via challenging questions on novel concepts, graphs and maths. Throughout the lessons there is dedicated AfL, challenging and creative tasks, clearly presented information and relevant exam questions to test knowledge, application and practical skills.

A 360+ page booklet covering all the topics of A2 AQA A Level Biology with concise and high-yield notes for each topic, coupled with buckets of exam questions and mark schemes. Booklet designed to supplement home learning / revision via notes providing some concise content and revision and the exam questions allowing for assessment of knowledge and application.

A challenging organic synthesis paper with lots of flow charts and application questions. Some maths questions also incorporated linking to organic structure and synthesis. Mark scheme / answers also attached.

Introductory lesson back to A Level Biology / Chemistry / Physics. Workbooks cover essential maths skills needed for sciences, statistics introduction, data handling and interpretation and getting to grips with critical thinking, analysis, evaluation and challenging exam styles. Maths skills covered: Standard Form Equations and re-arranging Ratios and simplifying Percentages Percentage change Unit conversion and orders of magnitude Prefix and symbols of units Handling and deriving units Temperature change and conversion Density, mass and volume Logs pH Uncertainty and Percentage Error

Included is a model answer with a detailed method, equipment list and exploration of the contents of an iron tablet, the reasons people need to take iron tablets and a risk assessment. The practical is based entirely on research and there is detailed checklist guiding students on what they need to research and what to include in the post-lab write up. The model answer is for students to use as a guide and point out where it could be improved/any errors (e.g. is volumetric flask correct here etc etc.)

The resources enclosed are a concise and cohesive powerpoint exploring the topics below and 35 page booklet of exam questions and further challenging qustions specific to topics pitched at the top end. These resources are a cohesive COLLECTION of different pieces of work from across the years and are thus relevant for a variety of exam boards, aimed at GCSE. However, could be sensible for a more able KS3 class or an applied science A Level class. TOPICS: Speed = distance/time Difference between speed and velocity Acceleration = change in velocity/time Distance time and velocity time graphs. Calculations involving gradients and area under curves. Average speed.

7 detailed lessons on AQA A Level Biology Homeostasis, covering temperature regulation, glucose control, the hormones involved in glucose control, the second messenger model, Type 1 and Type 2 diabetes and finally the Kidneys and osmoregulation. This is designed for AQA but can easily be adapted for other exam boards. There are over 16 files with specifically chosen exam questions to develop recall, practical skills and challenging application questions scattered throughout to refine knowledge. The lessons are concise and detailed with plenty of room for consolidation and engaging activities/AfL to support teaching.

Over 100 questions on biological molecules and nucleic acids. The nucleic acids questions are less so and constrained to DNA and RNA as majority of questions link this part of the spec to Variation (so they’re all in there). Mark schemes included.

Over 100s of questions on transport across membranes for the new spec A Level Biology. Mark schemes included.

The first of a few more to come in regards to the new spec a level AQA Biology. Each ‘set’ will include the powerpoint plus some fairly challenging exam questions in lieu of the difficulty of the new spec and the mark scheme. The questions have been designed by me mainly

Included is a 72 page concise but cohesive powerpoint exploring the topics listed below along with a 30 page exam booklet complete with questions and answers. There are also scanned notes included within the powerpoint and challenging exam questions aimed for the top end. There is a brief look into SUVAT also some very challenging momentum questions. These resources are a cohesive COLLECTION of different pieces of work from across the years and are thus relevant for a variety of exam boards, aimed at GCSE. However, it could be sensible for a more able KS3 class or an applied science A Level class. TOPICS: Types of Forces Resultant Force Inertia Newton’s Laws Momentum Crumple Zones and Seat Belts Mass and Weight Free Fall and Terminal Velocity SUVAT

For Christmas, i made students complete a “12 days of Christmas” revision booklet to consolidate our topic on recombinant DNA Technology. Equally, this booklet can easily be transferred into homework tasks for students studying the topic or even used in lessons for students to record their notes in. The booklet is full of practise summary questions, learning tasks and exam questions to help refine students’ learning. Please do leave a review if you do download this! Thank you :)

Included are fairly difficult aplication Qs used as an end of topic test on ecology including the mark scheme. Ecology is a topic students often fail at in exams and this paper is a combination of difficult questions and some really difficult questions i have composed myself, with a heavy focus on context, application and practical reasoning.

Attached is a document containing difficult ecology and environment questions with mark schemes included. The activity works on the basis of students answering the questions then peer assessing rotating from one station to the other. Stations contain the questions. This can, of course, be used in a billion other ways where students could relay question sheets and then add to the answer already there in a different colour every minute and so on forth.

SEVEN FULL LESSONS on the Respiration (Aerobic and Anaerobic) and also exploring Respirometers and Potomers. This has been designed for AQA A Level Biology although could easily be adapted for other boards. Lessons include detailed and concise notes on the complex respiration processes, along with many tasks to reflect on learning and also exam questions - from recall and tricky application - throughout the lessons. Required Practical 9 is also included with detailed resources, questions and tasks for students guiding them through the practical and their CPAC. FURTHER, there is a full lesson dedicated to Uncertainity and Percentage Error calculations

Two similar practical techniques; resource contains a detailed lesson with AfL exploring how each works, their uses, and how calculations for the rate of respiration/transpiration are deduced. Further, there are model answers to common questions testing respirometers and potometer use that have come up in the past! Also included are relevant exam questions and mark schemes for students to test their knowledge.

NINE FULL LESSONS ON PHOTOSYNTHESIS Lessons begin with exploration of chloroplast and chloroplast structure before delving into detailed explanations of the light dependent and in-dependent reaction, along with assessing the two required practicals: Chromatography with pigments AND Dehydrogenase/DCPIP practical before exploring limiting graphs and finally applying photosynthesis to very tricky questions. These lessons are invaluable - focusing on the basic content A01, coupled with tricky exam questions throughout, A02, and finally assessing the require practicals, developing graphing analysis and data tabulating skills and also answering tricky practical and context based exam questions, A03. There is detailed guidance for each practical along with student summary sheets and a CPAC assessment grid.