There are 6 lesson plans for basketball for year 7’s, covering basic skills such as ball handling, passing, dribbling, shooting, etc. Plus, you will get some scoring cards and reciprocal teacher card for the Set Shot. I am apologise for any silly mistakes but I am dyslexic.

Consists of 6 lesson plans for year 7 focusing on a number of key skills. Please note that I am dyslexic and I may make a couple of spelling or grammar mistakes, thank you. Plus I do my lessons on a Mac.

There are 6 lesson plans for basketball for year 10’s, covering basic skills such as ball handling, passing, dribbling, shooting, defending, attacking, zone defence etc. Plus, you will get some scoring cards and warm-up cards for the students to use. I am apologise for any silly mistakes but I am dyslexic.

You will get lesson plans for year 9, mixed group. You get 7 lesson plans, score sheet, and tournament layout. Lessons cover, throwing, catching, batting, bowling, fielding, backstop and assessment. Please forgive me if you find spelling mistakes, as I am really dyslexic. Plus I do my lessons on an Applemac, so things tend to move around.

This covers Skill Acquisition: Learning Theories, a revision lesson. You get the students worksheet, teachers worksheet with answers and powerpoint. Students will have to use books as well to answer the questions as there are independent studies in the worksheet. Plus exam questions at the end. Please note that you may need to alter the powerpoint as I do my lesson on a mac. Furthermore, I am dyslexic so I might make some silly mistakes. Learning Objectives • To understand the associative and cognitive theories of learning. • To apply sporting examples to the learning theories.

This covers topic 2: Exercise Physiology and Applied Movement Analysis: 2.5.Angular Motion. You get the students worksheet, teachers worksheet with answers and powerpoint. Students will have to use books as well to answer the questions as there are independent studies in the worksheet. Plus exam questions at the end. Please note that you may need to alter the powerpoint as I do my lesson on a mac. Furthermore, I am dyslexic, so please excuse some mistakes, thank you. Learning Objectives Understanding of how angular motion is applied in a sporting context. • Describe the factors affecting moment of inertia: mass and distribution of mass from axis of rotation. • Analyse effects of increasing or decreasing the moment of inertia when rotating around axes (whole body or specific joint).

This is just a great tool to recap on the students learning for IGCSE PE

This is a PSHE lesson for year 7’s covering Reflection of this year. You will get the PowerPoint which will conclude the academic year, I always do my PSHE with answers, therefore you do not need to go and find the answer. **Learning Objectives To reflect on the positive points of the year. Explore the most negative point of the year To use your knowledge and understanding to make the positive choices in the future. (Please note that I am dyslexic, so I might make a few errors, along the way)

This covers topic 2: Exercise Physiology and Applied Movement Analysis: 2.6. Projectile Motion. You get the students worksheet, teachers worksheet with answers and powerpoint. Students will have to use books as well to answer the questions as there are independent studies in the worksheet. Plus exam questions at the end. Please note that you may need to alter the powerpoint as I do my lesson on a mac. Furthermore, I am dyslexic, so if I make any mistakes, I am very sorry. Learning Objectives • Understand and application of projectile motion in refining technique in different sporting contexts. • Describe forces acting during flight that affect projectile motion: gravity, air resistance and lift forces • Discuss the factors that determine the horizontal displacement of a projectile: velocity of release, height of release, angle of release, technology.

This covers section 1.2: Cardio-Respiratory System & Cardiovascular System (Part 1) and goes hand in hand with AS PE Book by Roscoe and Roscoe. You get the students worksheets, teachers worksheet with answers and powerpoint. Students will have to use books as well to answer the questions as there are independent studies in the worksheet. Plus exam questions at the end. Apologise if you find any silly spelling mistakes as I am dyslexic. Learning Objectives 1.2.1 Knowledge, understanding and application of the anatomy and physiology of the cardiovascular, circulatory and respiratory systems in physical activity. Understanding of how they function individually and in conjunction with each other. 1.2.2 The structure and function of the respiratory system to include the larynx, pharynx, trachea, bronchus, bronchiole, alveoli. 1.2.3 The physiology of the respiratory system as a mechanical process of ventilation (inspiration and expiration). The cause and effect process, including the role of pressure gradients, partial pressure (pp) and diffusion. 1.2.4 Respiratory values and capacities: tidal volume, inspiratory reserve volume, expiratory reserve volume, residual volume, vital capacity, inspiratory capacity, functional residual capacity, total lung capacity. Please note that in the powerpoint and worksheets things might move around so you will have to fix it on your computer if necessary

This covers section 1.1: Muscular Skeletal System (Part 1) and goes hand in hand with AS PE Book by Roscoe and Roscoe. You get the students worksheets, teachers worksheet with answers and powerpoint. Students will have to use books as well to answer the questions as there are independent studies in the worksheet. Plus exam questions at the end. I am dyslexic, so I apologise if there are any silly mistakes. Learning Objectives 1.1.1 Names of muscles and bones. Understanding of the types of movements during physical activities at the regions/joints listed in the table. 1.1.2 The stretch-shortening cycle, including the different types of contraction/muscular action: isotonic/eccentric, isotonic/concentric and isometric. Application of how movement or stability is produced as a result of these different contractions/muscular actions during physical activity and sporting movements. 1.1.3 The concept of agonist, prime mover, antagonist, fixator, synergist and how a muscle can take on these different roles when providing stability or movement in a variety of physical or sporting situations. Please note that in the powerpoint and worksheets things might move around so you will have to fix it on your computer if necessary

You will get 8 lesson plans for year 7, covering passing, shooting, receiving, footwork, tactics, defending and attacking. You will get some reciprocal cards and court positions that the students can teach the other students. Please excuse my spelling, as I am dyslexic.

There are 6 lesson plans for basketball for year 9’s, covering basic skills such as ball handling, passing, dribbling, shooting, defending, attacking, zone defence etc. Plus, you will get some scoring cards and warm-up card for the stdents to use. I am apologise for any silly mistakes but I am dyslexic.

The lesson plans consists of 10 week schedule covering the following disciplines: High Jump = 2 weeks, Long Jump, Triple Jump, 100m, 800m, Relay, Discus, Shot Put, Javelin. There is a scheme of work attacked, plus a record sheet to fill out. I am apologise for any silly mistakes but I am dyslexic.

This covers Topic 1: Anatomy and Physiology (Edexcel): Levers & Newton’s Law, a revision lesson. You get the students worksheet, teachers worksheet with answers and powerpoint. Students will have to use books as well to answer the questions as there are independent studies in the worksheet. Plus exam questions at the end. Please note that you may need to alter the powerpoint as I do my lesson on a mac. Furthermore, I am dyslexic so I might make some silly spelling mistakes. Learning Objectives • Understand and explain Newton’s Law of Motion • Understand and explain how levers work in the human body.

This is a PSHE lesson for year 10’s covering Gap Year and Travelling You will get the PowerPoint which will conclude the academic year, I always do my PSHE with answers, therefore you do not need to go and find the answers. You get a worksheet and teachers notes. **Learning Objectives • Understand the meaning of the term gap year. • Explore what people do on a gap year. • Understand that a structured gap year could be beneficial to future careers. (Please note that I am dyslexic, so I might make a few errors, along the way)

This covers section 5.2: Globalisation of sport (P1) and goes hand in hand with AS PE Book by Roscoe and Roscoe. You get the students worksheets, teachers worksheet with answers and powerpoint. Please note I do my lesson plans on a mac, so things might move. Furthermore, I am dyslexic so there could be a few grammar and spelling mistakes Learning Objectives 5.2.1. Knowledge and understanding contributing to the globalisation of sport and its impact on society. 5.2.2. Understand the colonial diffusion across the British Empire and the globe and how this led to the creation and later the development of international sport. 5.2.3. Describe the creation, development and impact of national and international governing bodies on sport and society.

This covers section 1.2: Cardio-Respiratory System & Cardiovascular System (Part 2) and goes hand in hand with AS PE Book by Roscoe and Roscoe. You get the students worksheets, teachers worksheet with answers and powerpoint. Students will have to use books as well to answer the questions as there are independent studies in the worksheet. Plus exam questions at the end. Apologise if you find any silly spelling mistakes, as I am dyslexic. Learning Objectives 1.2.5 The anatomical components and structure of the cardio vascular system to include, the heart – atria, ventricles, valves, septum, atrioventricular (AV) and sinoatrial (SA) nodes, myocardia – blood, and blood vessels (arteries, veins, and capillaries). 1.2.6 The physiology of the cardiovascular system with regards to the cardiac cycle, systemic and pulmonary circulation, venous return, vascular shunting, heart rates, (resting, working, maximum, heart rate reserve and recovery), stroke volume, cardiac output, end diastolic and end systolic volumes. 1.2.7 Understanding of bradycardia, why it may be beneficial and how, anatomically and physiologically, it may occur. Please note that in the powerpoint and worksheets things might move around so you will have to fix it on your computer if necessary