Description: Ready-To-Teach PowerPoint slides covering Theft under the Theft Act 1968, tailored for AQA and OCR A-Level Law, or any Law Course on Property Offences. What’s included: Core Content: Full breakdown of s.1 elements (Actus Reus & Mens Rea) with clear examples and relevant case law for each of the 5 elements. Key Focus: In-depth breakdown of specific intent and the test for dishonesty (Ivey v Genting replacing R v Ghosh). Exam Practice: 3 authentic AQA & OCR past paper exam questions complete with official mark schemes. Please leave a review

OLA 57 and 84 slides, going over the statute’s elements, key cases, and includes a essay style question wich IRAC structured responses student’s can use to analyse their own work. For AQA or OCR.

Slides on the elements and key cases, for The Rule in Rylands v Fletcher including exam notes and guidance, and a 30 mark question + mark scheme + examiner notes from a AQA A Level Law past paper.

Private nuisance slides going over the general elements and factors, including an AQA Exam question with mark scheme and examiner report feedback (note, the question is a thirty marker, combining Private Nuisance with Rylands v Fletcher, but you can ask students to ONLY analyse Nuisance if needed, or have them do both). For AQA Law, but can be used for any exam board.

*Photosynthesis Lesson Target Exam Boards: AQA and Edexcel A-Level Biology (Fully Adaptable) RESOURCE CONTENTS CORE CONTENT SLIDES Light-Dependent Reaction (LDR): Thylakoid membrane structure and photosystems (PSII and PSI) Photolysis of water, electron transport chain (ETC), and chemiosmosis Cyclic vs. non-cyclic photophosphorylation Light-Independent Reaction (LIR): Stroma site adaptation Calvin cycle steps: Carbon fixation (Rubisco + RuBP to 2x GP), reduction to TP using ATP and reduced NADP, and regeneration of RuBP Absorption and Action Spectra: Comparison of chlorophyll a, chlorophyll b, and carotenoid absorption graphs EXAM PRACTICE AND ANSWER SHEETS Short-Answer Retrieval Questions: 1- to 4-mark practice questions covering key terminology, inputs, and outputs Mark Scheme: INTERACTIVE 6-MARK QUESTION PEER AND SELF-ASSESSMENT ACTIVITY Example student answers that students can grade and feedback

Slide show with exam questions and answers, covering Alkanes, Crude Oil Distillation, and Cracking. Includes past paper questions, written activities, and quick fire questions. For AQA IGCSE Combined Science: Trilogy. Chemistry. Unit: Organic Chemistry. Can be adapted for any exam board.

Slideshow covers the AQA AS Biology topic for Section 3.3.3: Digestion and Absorption. It breaks down how large biological molecules are broken down and absorbed by the body. What is Covered: The Process of Digestion: The step-by-step hydrolysis of carbohydrates, lipids, and proteins, including roles of amylases, membrane-bound disaccharidases, lipases, bile salts, endopeptidases, exopeptidases, and dipeptidases. Mechanisms of Absorption: How digested nutrients move across the cell membranes of the ileum, focusing on sodium-glucose co-transport and the role of micelles in lipid absorption. Required Practical Skills: A guide to designing and interpreting experiments on enzyme reaction rates (such as the effects of pH and bile salts) and using Visking tubing as a model for the gut wall. Exam Practice: Includes exam-style questions and answers at the end to help test your understanding and practice applying the content to real assessments.

Slides Include: Exam Questions and Answers Kidney Structure and Function Osmoregulation Role of ADH Insuling Signalling in Beta Cells Type I and II Diabetes Stem Cells Use in Treating Diabetes Genetically Modified Bacteria for Insulin Production

Comprehensive AS Biology Slides on Carbohydrates. AQA or CIE Exam board, but easily adapted to any other. Covers the entire topic for AS Level. 53 Slides. Includes past paper questions and mark scheme. Includes: Role of Carbohydrates Glucose Properties Glucose Structure (alpha and beta) Monosaccharides Polysaccharides Disaccharides Glycosidic Bonds Condensation and Hydrolysis Testing for Reducing and Non Reducing Sugars Colorimeter Testing for Starch Recap Questions Plenary

Slides for the AQA A-Level Biology specification: 3.6.4.3 Control of blood water potential. It provides a technical breakdown of renal function, moving from gross anatomy to molecular mechanisms. Content Overview: Anatomy: Structure of the kidney and the detailed architecture of the nephron. Ultrafiltration: The role of hydrostatic pressure, the glomerular filtration barrier, and the formation of glomerular filtrate. Selective Reabsorption: The mechanism of the Proximal Convoluted Tubule (PCT), including the role of microvilli and co-transport proteins. Osmoregulation: The function of the Loop of Henle as a counter-current multiplier. Endocrine Control: The role of osmoreceptors in the hypothalamus and the action of Antidiuretic Hormone (ADH) on the permeability of the distal convoluted tubule and collecting duct. Resource Features: Exam-Focused: Exam Questions and Answers

Slides for the Edexcel IGCSE Biology (4BI1) specification, covering nutrition and the digestive system. Resource Contents: Nutrient Overview: The Digestive System: Role of Bile: Assessment: Embedded past-paper questions throughout the slides to check student understanding. Specification Links: Section 2b: Nutrition – Diet (2.7–2.10) Section 2c: Nutrition – Digestion (2.11–2.13) Format: PowerPoint (.pptx) Compatibility: Designed for IGCSE and GCSE Biology (KS4)

SUMMARY: IGCSE Biology slides and exam questions and answers on Phototropism and Gravitropism. CONTENT: Slides on both tropisms Plant response to stimuli Summary table Role of Auxin Quiz Embedded Exam Qs and As for students to do 5 Mark Plenary EXAM BOARD: KS4 National Curriculum Content For Edexcel IGCSE Biology but easily adapted to any board (e.g. AQA, CIE, WJES)

For IGCSE Biology 9-1 Edexcel (but easily adapted for AQA, combined, coordinated and others) Summmary: Hormone control of menstruation and secondary sex characteristics with exam questions. Female reprodutive system. Roles of placenta and amniotic fluid. Anatomy & Physiology: Clear diagrams of the female reproductive system and the role of testosterone in males. The Menstrual Cycle: the four key hormones—FSH, LH, Oestrogen, and Progesterone—and how they interact via feedback loops. Pregnancy & Development: The functions of the placenta (diffusion/barrier) and amniotic fluid (protection). Integrated Edexcel past paper questions with mark schemes to provide instant feedback and practice. Teacher Tip: The hormone graph slide is perfect for a “draw-along” activity to help students visualize how FSH and LH peaks trigger ovulation.

RESOURCE CONTENTS: GCSE PHYSICS FORCES AND MOTION (AQA COMBINED SCIENCE). AQA EXAM QUESTIONS AND MARK SCHEMES IN THE SLIDES. FORCES List of forces Resultant forces: Calculating the net force acting on an object along a straight line. Balanced forces: Situations where the resultant force is zero (stationary or constant speed). Unbalanced forces: Situations where the resultant force is non-zero (acceleration or deceleration). SPEED, DISTANCE, AND TIME The standard equation: Distance travelled = Speed x Time (s = vt). Units of measurement: Meters (m), seconds (s), and meters per second (m/s). Typical speeds: Average values for walking, running, cycling, and the speed of sound. Practice problems: Rearranging the equation to calculate speed, distance, and time. DISTANCE-TIME GRAPHS (D-T GRAPHS) Interpreting the gradient: Representing constant speed. Stationary objects: Horizontal lines on a D-T graph. Acceleration and deceleration: Represented by curved lines. Calculating speed: Determining the gradient from a straight-line section of the graph. D-T graphs: Plotting coordinates from provided data sets. VELOCITY-TIME GRAPHS (V-T GRAPHS) Interpreting the gradient: Representing acceleration. Calculating acceleration: Using the formula a = Change in velocity / time. Practice problems: Identifying constant velocity vs. constant acceleration. ASSESSMENT AND DATA Embedded AQA Combined Science (Trilogy) past paper questions. Practice for the Required Practical: Investigating the relationship between force and acceleration. Mark Schemes TECHNICAL SPECIFICATIONS Format: Editable .pptx / Google Slides. Exam Board: AQA Combined Science (Trilogy). Level: Key Stage 4 / GCSE.

A-LEVEL BIOLOGY ANTOBODIES - ELISA - MAB PRODUCTION WITH EXAM QUESTIONS AND MARK SCHEMES (AQA SPECIFICATION BUT ADAPTABLE) ANTIBODIES Antibody structure: Variable and constant regions, hinge regions, disulfide bridges, and light/heavy chains. Monoclonal Antibodies (mAbs): Definition and properties. Monoclonal Antibody production: The Hybridoma method (fusing B-cells with myeloma cells). ELISA Test: Direct and indirect methods for detecting antigens or antibodies (e.g., HIV testing). ASSESSMENT AND DATA Integrated AQA past paper questions. Mark schemes for questions on B/T cell coordination and mAb production. TECHNICAL SPECIFICATIONS Format: Editable .pptx / Google Slides. Exam Board: Designed for AQA. Can be adapted for OCR / Edexcel etc. Level: Key Stage 5 / A-Level.

RESOURCE CONTENTS: A-LEVEL BIOLOGY IMMUNITY AND COMMUNICABLE DISEASES (AQA SPECIFICATION BUT ADAPTABLE) PATHOGEN STRUCTURE AND CLASSIFICATION Prokaryote structure: Viral structure: Capsid, nucleic acids (DNA/RNA), and attachment proteins. HIV structure: Anatomy including reverse transcriptase, RNA, capsid, and envelope. Viral infection: Mechanism of viral replication within host cells. PHAGOCYTOSIS AND NON-SPECIFIC IMMUNITY Mechanism of phagocytosis Role of lysosomes, phagosomes, and phagolysosomes. Antigen presentation: How macrophages become Antigen-Presenting Cells (APCs). SPECIFIC IMMUNE RESPONSE (CELLULAR AND HUMORAL) T-cell activation: Helper T-cells, Cytotoxic T-cells, and Memory T-cells. Role of Cytokines: Interleukins and their role in cell signaling and clonal expansion. B-cell activation: Clonal selection and clonal expansion. Plasma cells and Memory B-cells: Primary vs. secondary immune responses. VACCINATION AND ETHICS Principles of vaccination: Artificial active immunity and herd immunity. Types of vaccines: Attenuated, killed, and subunit vaccines. Ethics: Discussion on animal testing in vaccine development, and clinical trial protocols. ASSESSMENT AND DATA Integrated AQA past paper questions. Mark schemes for questions on B/T cell coordination and mAb production. TECHNICAL SPECIFICATIONS Format: Editable .pptx / Google Slides. Exam Board: Designed for AQA. Can be adapted for OCR / Edexcel etc. Level: Key Stage 5 / A-Level.

RESOURCE CONTENTS: A-LEVEL BIOLOGY GAS EXCHANGE (EDUQAS SPECIFICATION) PRINCIPLES OF EXCHANGE Relationship between organism size, metabolic rate, and diffusion distance. Surface Area to Volume Ratio (SA:V) calculations for cubes and spheres. Practice problems: Calculating SA:V for varying cell sizes. General features of exchange surfaces: Thin, moist, large surface area, and maintenance of concentration gradients. FISH GAS EXCHANGE (BONY FISH) Anatomy: Gill arches, filaments, and secondary lamellae. Counter-current flow mechanism: Explanation of blood and water flowing in opposite directions. Comparison between counter-current and parallel flow oxygen saturation curves. Ventilation mechanism: Interplay between the buccal cavity (mouth) and operculum. INSECT GAS EXCHANGE Terrestrial adaptations: Chitinous exoskeleton and spiracles for water loss control. Tracheal system: Tracheae and tracheoles. Gas movement via diffusion, abdominal pumping (ventilation), and fluid levels in tracheole ends. HUMAN GAS EXCHANGE Anatomy: Trachea, bronchi, bronchioles, and alveoli. Tissue functions: Cartilage (support), smooth muscle (constriction), elastic fibers (recoil), and ciliated epithelium with goblet cells. Ventilation: Role of external and internal intercostal muscles and the diaphragm during inspiration and expiration. MATHEMATICS AND MICROSCOPY Microscopy calculations: Using the formula Image size = Actual size x Magnification (I=AM). Units of measurement: Conversions between millimeters (mm), micrometers (µm), and nanometers (nm). Calibration: Step-by-step use of eyepiece graticules and stage micrometers. ASSESSMENT Integrated Eduqas and SME past paper questions. Mark schemes. TECHNICAL SPECIFICATIONS Format: Editable .pptx / Google Slides. Exam Board: Designed for Eduqas; adaptable for AQA, OCR, and Edexcel. Level: Key Stage 5 / A-Level.

RESOURCE CONTENTS: A-LEVEL BIOLOGY IMMUNITY AND COMMUNICABLE DISEASES (AQA SPECIFICATION BUT ADAPTABLE) PATHOGEN STRUCTURE AND CLASSIFICATION Prokaryote structure: Viral structure: Capsid, nucleic acids (DNA/RNA), and attachment proteins. HIV structure: Detailed anatomy including reverse transcriptase, RNA, capsid, and envelope. Viral infection: Mechanism of viral replication within host cells. PHAGOCYTOSIS AND NON-SPECIFIC IMMUNITY Mechanism of phagocytosis Role of lysosomes, phagosomes, and phagolysosomes. Antigen presentation: How macrophages become Antigen-Presenting Cells (APCs). SPECIFIC IMMUNE RESPONSE (CELLULAR AND HUMORAL) T-cell activation: Helper T-cells, Cytotoxic T-cells, and Memory T-cells. Role of Cytokines: Interleukins and their role in cell signaling and clonal expansion. B-cell activation: Clonal selection and clonal expansion. Plasma cells and Memory B-cells: Primary vs. secondary immune responses. ANTIBODIES AND IMMUNOLOGY TECHNIQUES Antibody structure: Variable and constant regions, hinge regions, disulfide bridges, and light/heavy chains. Monoclonal Antibodies (mAbs): Definition and properties. Monoclonal Antibody production: The Hybridoma method (fusing B-cells with myeloma cells). ELISA Test: Direct and indirect methods for detecting antigens or antibodies (e.g., HIV testing). ANTIBIOTICS AND PENICILLIN Mechanism of action: Bacteria vs. Viruses: Why antibiotics are ineffective against viral structures and metabolism. Antibiotic resistance: Development and spread of resistant strains. VACCINATION AND ETHICS Principles of vaccination: Artificial active immunity and herd immunity. Types of vaccines: Attenuated, killed, and subunit vaccines. Ethics: Discussion on animal testing in vaccine development, and clinical trial protocols. ASSESSMENT AND DATA Integrated AQA past paper questions. Mark schemes for questions on B/T cell coordination and mAb production. TECHNICAL SPECIFICATIONS Format: Editable .pptx / Google Slides. Exam Board: Designed for AQA. Can be adapted for OCR / Edexcel etc. Level: Key Stage 5 / A-Level.

AS Biology - Water - AQA Specification (but easily adapted to any exam board). Includes exam questions and mark schemes embedded. Includes: Water’s Structure Hydrogen Bonding of Water High Specific Heat Capacity Latent Heat of Vapourisation Cohesion and Surface Tension Written Questions Plenary Questions

AS Biology slides for AQA. Fish and Insect Gas Exchange. Includes Past Paper Questions and Mark Schemes. Content: Insect Gas Exchange Fish Gas Exchange Exam Questions

AS Biology - Water - Edexcel B Specification (but easily adapted to any exam board). Includes exam questions and mark schemes embedded. Includes: Water’s Structure Hydrogen Bonding of Water High Specific Heat Capacity Latent Heat of Vapourisation Cohesion and Surface Tension Written Questions 5 Mark Written Question Plenary Questions