BOOKLET
OLIVIA MILLAR
,Contents page
Paper 1
Section 1 – Applied anatomy and physiology
1. The cardiovascular system
2. The respiratory system
3. The neuromuscular system
4. The musculoskeletal system and analysis of movement in
physical activities
5. Energy Systems
Section 2 – Skill acquisition
1. Skill, Skill continuums and transfer of skill
2. Impact of skill classification on structure of practise for
learning
3. Principles and theories of learning and performance
4. Use of guidance and feedback
5. Information processing model
6. Efficiency of information processing
Section 3 – Sport and society
1. Pre – Industrial (Pre - 1780)
2. Industrial and Post industrial (1780-1900)
3. Post world war II (1950-Present)
4. Sociological theory applied to equal opportunities
Paper 2
Section 1 – Exercise Physiology
1. Diet and nutrition and their effect on physical activity and
performance
2. Preparation and training methods in relation to maintaining
physical activity and performance
3. Injury prevention and rehabilitation of injury
Section 2 – Biomechanical movement
, 1. Biomechanical principles
2. Levers
3. Linear motion
4. Angular motion
5. Projectile motion
6. Fluid mechanics
Section 4 – Sport psychology
1. Aspects of personality
2. Attitudes
3. Arousal
4. Anxiety
5. Aggression
6. Motivation
7. Achievement motivation theory
8. Social Facilitation
9. Group dynamics
10. Importance of Goal Setting
11. Attribution Theory
12. Self-efficacy & Confidence
13. Leadership
14. Stress management
Section 5 – Sport and society and the role of technology in
physical activity and sport
1. Concepts of physical activity and sport
2. Development of elite performers in sport
3. Ethics in sport
4. Violence in sport
5. Drugs in sport
6. Sport and the law
7. Impact of commercialisation on physical activity and sport
and the relationship between sport and the media
8. The role of technology in physical activity in sport
, PAPER 1
Section 1 – Applied anatomy and physiology
1. The Cardiovascular system
Basic structure of the heart (Chambers)
Heart is divided into 2 parts by a muscular wall (Septum)
Atria are smaller than ventricles
Atria push the blood down into the ventricles
Ventricles have thicker walls as they push the blood out of the heart
Left side of the heart is larger as it needs to pump blood all around
the body
The right-side pumps de-oxygenated blood to the lungs
Basic structure of the heart (Blood vessels)
Vena cava brings de – oxygenated blood back to the right atrium
Pulmonary vein delivers oxygenated blood back to the left atrium
Pulmonary artery takes de oxygenated blood to the lungs out of the
right ventricle
Aorta takes oxygenated blood to the body out of the left ventricle
Basic structure of the heart (Valves)
Ensure blood flow only moves in one direction
Open to allow blood to pass through then close to prevent back flow
Tricuspid valve is between RA and RV
Bicuspid valve is between LA and LV
Semi lunar valve (1) is between RV and LV
Semi lunar valve (2) is between Pulmonary artery and aorta
Cardiac conduction system
A group of specialised cells located in the wall of the heart
Send electrical impulses to the cardiac muscle causing contractions
The heart generates its own electrical impulse (Myogenic)
SA node – generates the heartbeat (pacemaker)
AV node – Relays impulse between upper and lower sections of the
heart and delays impulse by 0.1s
Bundle of his – heart muscle cells that transmit electrical impulses
from the AV node via the bundle branches to the ventricles