Designed for teachers and students alike, in search of a thorough break down of what the ATP-PC System is. Included is: - A 12 minute audio and video animation of myself teaching the ATP-PC System. - A worksheet designed to revise key terms in the system, and apply them to the chemical formulas.

Level 3 BTEC Sport Unit 1 EXAM - Learning Aim D: ENERGY SYSTEMS Flashcard Pack Designed for both students and teachers alike, your flashcard pack is crammed with 13 pages of in-depth revision material designed in a way that ensures you navigate exam preparation with ease and confidence. Included In Your Flashcard Pack: 13 ESSENTIAL TOPICS KEYWORD DEFINITIONS 10+ EXAM STYLE QUESTIONS REVISION TRACKING SHEET Whether printed off or downloaded locally, the flashcards are an ideal way to enhance your understanding of new topics and revitalise your memory of old ones. Pick and choose the content you wish to study chunk by chunk, all the while marking the revision check-list to track your progress from unsure, to almost, to got it! We believe our BTEC Sport unit 1 Flashcard Packs, really are, an all inclusive solution to exam preparation.

x5 [Level 3] BTEC Sport Student Workbooks: Unit 1 - Anatomy and Physiology 107 Pages Of Student Workbook, for all 5 of the Learning Aims: Skeletal System Muscular System Respiratory System Cardiovascular System Energy Systems Included in each work book are: Table of contents case studies examples lesson note space exam questions diagrams These workbooks are ideal for any and all lesson and revision notes, for students studying the L3 BTEC Sport Unit 1 Anatomy and Physiology Course.

AQA A Level (NEW): Complete Respiratory System Powerpoint Lesson This is an up to date, all-inclusive 30 slide Powerpoint designed to span 2-3 lessons on the AQA A Level PE course (2016 specification). With 30 content slides and Independent study tasks for each learning aim, students will gain a secure understanding of the respiratory system section of the Unit 1: Applied Anatomy and Physiology within Paper 1 ‘Factors affecting participation in physical activity and sport’ Learning Objectives: Students will be able to understand: Lung volumes and capacities Gaseous exchange at the alveoli and muscle Hormonal, neural and chemical regulation of breathing Receptors regulating pulmonary ventilation Lifestyle choices with negative impacts on the respiratory system 4 Timeout Sections are incorporated as mini-plenaries, wherein students will tackle questions addressing the content covered on previous slides. Also included are links to 3 mini-lesson videos hosted on youtube to aid student comprehension further.

(2018) AQA A Level PE: Energy System Lesson Powerpoint This is an up to date, all-inclusive, 89 Slide Powerpoint designed for the AQA A Level PE course (2016 specification). With 60 content slides (1 for each specification element) and 8 Timeout Sections containing 30 Study tasks between them, students will gain a secure understanding of the ENERGY SYSTEM section in Unit 1: Applied Anatomy and Physiology. Learning Objectives: Students will be able to understand: Anaerobic energy transfer. Aerobic energy transfer. Energy production in different fibre types. Energy production in high intensity/short duration exercise. Onset of Blood Lactate Accumulation (OBLA). Excess Post-exercise Oxygen Consumption (EPOC). Measuring and using VO2 Max. Measuring energy expenditure. Specialist training methods.

A Level PE | Fluid Mechanics | Full Powerpoint Lesson Unsure of how to plan and deliver the new biomechanical components of the A Level PE course? Finding yourself teaching content that wasn’t around on the course you studied when you were at school? Hard-pressed to find the time to teach yourself the content AND THEN write the lessons for class? Well - you’ve found what you were looking for… This is an all inclusive, 30+ slide powerpoint lesson, addressing 5 key learning outcomes for the fluid mechanics component of the Biomechanical Principles Unit on the new A Level PE Courses (AQA, OCR & Edexcel) Learning Objectives: Pupils Will Be Able To: Understand the terms Laminar and Turbulent Flow. Apply knowledge of boundary layers to sport. Describe factors that impact air resistance and drag. Explain the relevance of lift in sport. Apply ‘Bernoulli’s Principle’ on airfoils to sporting contexts. Each learning objective is addressed with: A starter activity Multiple slides of teaching content Accompanying diagrams and annotations Mini-plenary tasks. Example content: Starter: When might you see these two types of air patterns in sport? Are there any positives or negatives to either? Drag There are 2 forms of drag; Surface Drag and Form Drag. Surface Drag: Within the ‘Boundary Layer’ exists thin individual layers of air traveling past each other at increasing speeds the further away they are from the surface. The friction experienced between these layers as they slide over each other is known as surface drag. The more laminar air flow around an object, the less friction produced. Form Drag: As air meets the first surface of an object it is diverted around it. The rougher … **TASK ** Explain how a lift force is imparted to a discus during flight and explain its effects on the flightpath of the discus. [4 marks] Rest assured that this powerpoint has your next few lessons on Fluid Mechanics covered. Now, go and spend your precious time on things that really need your attention! All the best, Jonny