1 - Anatomy and Physiology
Skeletal
1.1 Skeletal System.pptx
Intoduction to musculo skeletal anatomy - goes with workbook.pptx Introduction to Muscle and Skeletal Anatomy Workbook - 1.docx 1.1.1Distinguish anatomically between the axial and appendicular skeleton 1.1.2Distinguish between the axial and appendicular skeleton in terms of function 1.1.3State the four types of bone 1.1.4Draw and annotate the structure of a long bone. 1.1.5Apply anatomical terminology to the location of bones. 1.1.6Outline the functions of connective tissue. 1.1.7Define the term JOINT 1.1.8Distinguish between the different types of joint in relation to the movement permitted. 1.1.9Outline the features of a synovial joint. 1.1.10List the different types of synovial joints. |
Joints
1.2 The Muscular System.ppt
Joints - Workbook.pdf 1.23 MB |
Muscles |
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2 - Movement
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Joints and Movement Type
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3 - Cardio-respiratory Exercise Physiology
4. Nutrition
5.Skills in sport
6 - Measurement and Evaluation of Human Performance
Options-Physiology
Peter Siddle's drop in speed is a clear example of physical deterioration. Fast bowling hinges on strength endurance rather than absolute force
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Hang Time
How high can basketball players jump? Do they really hang in the air or is it just an illusion? Find out the answers with this great sport science video.
Pitching Physics
A baseball pitcher doesn't just use his arm to throw a baseball quickly, he uses his whole body to help generate as much speed as possible.
Pole Vaulting
Learn about the origins of pole vaulting and how the advancement of science and technology have helped develop new equipment.
F1 Car Dynamics
Understand the important role down force and aerodynamics plays in the science behind an F1 car by checking out this interesting video.
Golf Swing
When Adam Sandler hits a golf ball in the movie Happy Gilmore he takes a run up to help get extra distance, but would this really work?
Hard Kick
What happens when a muay thai fighter tries to break a baseball bat by kicking it? Find out how much force is needed and watch the end result.
Perfect Spiral
Throwing the perfect spiral helps an NFL quarter back hit his targets with much greater accuracy. Watch Drew Brees show just how accurate he is.
Knee Ligaments
Damage to knee ligaments occurs in a number of sports involving cutting and twisting motions. Learn more about the injury with this sport science video.
Reaction Time
Watch a range of top athletes test their reaction times by catching tennis balls traveling at high speeds on both sides of their body.
Rugby Scrum
How dangerous is a rugby scrum? What are the force involved? Learn how it works and what some of the possible injury risks are.
Science of Cricket
Check out this video about the science of cricket. How can science and technology improve the skills involved in batting, bowling and fielding?
Peripheral Vision
Top athletes in certain sports have highly trained peripheral vision that can increase their reaction times and give them an advantage on the playing field.
Cycling Technology
How is technology changing the sport of cycling? What materials are used to make bikes both light and strong? Find out with this sport science video.
Curling Stones
Curling is a popular sport in some parts of the world and especially so during the winter Olympics, but where do the special curling stones come from?
Science of Snowboarding
Snowboarders can do some amazing things on the halfpipe. Check out how physics relate to the science of snowboarding with this cool video.
Physics of Skiing
Get the low down on the exciting sport of alpine skiing. Learn how the physics of skiing play a major role as skiers fly down the mountain at incredible speeds.
How high can basketball players jump? Do they really hang in the air or is it just an illusion? Find out the answers with this great sport science video.
Pitching Physics
A baseball pitcher doesn't just use his arm to throw a baseball quickly, he uses his whole body to help generate as much speed as possible.
Pole Vaulting
Learn about the origins of pole vaulting and how the advancement of science and technology have helped develop new equipment.
F1 Car Dynamics
Understand the important role down force and aerodynamics plays in the science behind an F1 car by checking out this interesting video.
Golf Swing
When Adam Sandler hits a golf ball in the movie Happy Gilmore he takes a run up to help get extra distance, but would this really work?
Hard Kick
What happens when a muay thai fighter tries to break a baseball bat by kicking it? Find out how much force is needed and watch the end result.
Perfect Spiral
Throwing the perfect spiral helps an NFL quarter back hit his targets with much greater accuracy. Watch Drew Brees show just how accurate he is.
Knee Ligaments
Damage to knee ligaments occurs in a number of sports involving cutting and twisting motions. Learn more about the injury with this sport science video.
Reaction Time
Watch a range of top athletes test their reaction times by catching tennis balls traveling at high speeds on both sides of their body.
Rugby Scrum
How dangerous is a rugby scrum? What are the force involved? Learn how it works and what some of the possible injury risks are.
Science of Cricket
Check out this video about the science of cricket. How can science and technology improve the skills involved in batting, bowling and fielding?
Peripheral Vision
Top athletes in certain sports have highly trained peripheral vision that can increase their reaction times and give them an advantage on the playing field.
Cycling Technology
How is technology changing the sport of cycling? What materials are used to make bikes both light and strong? Find out with this sport science video.
Curling Stones
Curling is a popular sport in some parts of the world and especially so during the winter Olympics, but where do the special curling stones come from?
Science of Snowboarding
Snowboarders can do some amazing things on the halfpipe. Check out how physics relate to the science of snowboarding with this cool video.
Physics of Skiing
Get the low down on the exciting sport of alpine skiing. Learn how the physics of skiing play a major role as skiers fly down the mountain at incredible speeds.