Heavy focus on A02/A03 (application and data analysis/maths/stats) in the questions on the paper, many of which have been self-made. List of topics: 3.5.1 Photosynthesis • 3.2.2 All cells arise from other cells (including Required Practical 2) • 3.8.4 Gene technologies allow the study and alteration of gene function allowing better understanding of organism function and the design of new industrial and medical processes • 3.6.2 Nervous coordination • 3.3.4 Mass transport • 3.4.2 DNA and protein synthesis • 3.1.4 Proteins • 3.6.1 Stimuli, both internal and external, are detected and lead to a response

Predicted paper 2 for summer 2022 exams for (AQA) A Level Biology based on the advance information. There are a plethora of self-made challenging application/data analysis questions with relevant maths and statistical analysis. Advance Information: 3.6.4 Homeostasis is the maintenance of a stable internal environment • 3.5.2 Respiration (including Required Practical 9) • 3.6.2 Nervous coordination • 3.5.3 Energy and ecosystems • 3.5.4 Nutrient cycles • 3.7.1 Inheritance • 3.8.2 Gene expression is controlled by a number of features • 3.5.1 Photosynthesis

**PAPER 1 style full length mock exam, designed for AQA but easily adjustable to other exam boards e.g. OCR Paper 1 from AQA A Level Biology covers AS topics, such as… PAPER CONTENT LIST: Transport across cell membranes Antibodies and antigens HIV DNA, mitosis and cancer Mass transport - cardiac cycle, transpiration, translocation Digestion and absorption Biological molecules Insect gas exchange Topics assessed via range of recall, application and practical-based questions. Mark scheme included.

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

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 15 marker passage/prose/comprehension style question created by me designed for AQA A Level Biology (but can easily be used for other exam boards). The passage is written by me and looks at proteins, prions and neurodegenerative diseases as a challenging application question for students. A suggested mark scheme is included.

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 recently judged ‘Outstanding’ lesson on Angular rotational momentum. The lessons use the context of ballet/swan lake and the physics behind the ‘fouette’ performed by the Black Swan during the performance. The lesson also looks at moments of inertia, comparisons between angular and linear momentum and calculations involving angular rotational momentum.

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.

Lots of self made organic synthesis questions for A Level Chemistry. Designed for OCR but can be adapted for any exam board. The questions vary in degree of challenge, from simpler recall to more complex application of organic principles. Mark schemes / answers included for all questions.

Challenging application and practical-based questions designed for AQA A Level Biology. These have all been created by me and designed to match the difficulties of the exam. Suggested mark schemes included.

A challenging self made application-based paper for the gene expression/cancer topic. Designed for AQA but can be easily used 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

Student often struggle with Kw in terms of the specific wordy questions and some of the maths questions. Included are a range of questions that asses these aspects with mark schemes.

A challenge exam paper with many application questions and data analysis on homeostasis and the kidneys. Designed for AQA but can easily be adapted for any exam board.

HUNDREDS of exams questions on homeostasis, diabetes and the kidneys with MS.

Exam questions on transition metals designed for AQA and OCR exam boards complete with mark schemes. The questions have been chosen across both boards and include a range of questions, from simple to recall to deliberately chosen challenging questions.

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.

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.