1. Answering past paper exam question • Don’t just copy the answers! Try them without your notes! • Mark your answers – learn from your mistakes!• ALWAYS give practical examples.• Check how many marks a question is worth – 8 marks means you make 8 points!• Underline key words!

2. Chunking• Chunking is breaking up a big piece of information into smaller chunks rather like

steps in a ladder.• It can be used for numbers and words.• A good example is to make a list with either bullet points or numbers.

3. Mnemonics• Mnemonics help you to remember by using short words that stand for something to

help you.• E.g. SPORT or FIT

4. Re-writing or condensing your notes. • Simply re-reading your notes is a very ineffective way to revise.• Creating posters, drawing mind maps or discussing a topic with friends will help you

remember what you’ve studied.

4. Using colour• Create colourful A3 posters or mind maps.• Your brain just adores colour and will remember things much more easily if you use

it. • E.g. put all the important words in red, the important concepts in green, important

dates in purple etc

5. Key Words• A list of key words is a great way to test knowledge• Learn definitions• Quick glance revision.

6. Flash Cards• Good to condense notes.• Helpful for key topics.• Handy to use with friends and family!

7. Post – its • Single words/ phrases to trigger information! • Stick them around the house – revising will seem like less of a chore!• Group various things together.• Organise them into what you know and don’t know – rearrange as you learn more.• Follow trends or themes.

Functions of Skeletal System:• Protection - the cranium and ribs protect the brain and

vital organs in the chest.• Shape - gives shape to the body and makes you tall or

short.• Support - holds your vital organs in place when playing

sport. The vertebral column holds the body upright.• Movement - muscle are attached to bones, which are

jointed. When the muscles contract the bones move.• Blood production - red blood cells (to carry oxygen) and

white blood cells (to protect against infection) are produced in the bone marrow of some bones.

Synovial joints and Connective Tissue Functions:• Cartilage reduces friction. Acts as a shock absorber.• Synovial fluid lubricates the joint.• Synovial membrane produces synovial fluid.• Tendon joins muscle to bone enabling movement.• Ligament joins bone to bone, stabilising the joint

Type of bone

Example Function in sport

LongFemur,

humerusMovement - to generate strength

and speed

Short Carpals, tarsal Shock absorption - spreading load

Flat (Plate) Ribs, craniumProtection of vital organs,

attachment of muscles to help movement

IrregularVertebrae,

faceProvide shape, protection

16. Explain the role of the skeletal system in producing movement of the body. (5 marks)

Movement Description

AbductionMovement away from the mid-line

of the body

AdductionMovement towards the mid-line of

the body

Extension Straightening limbs at a joint

Flexion Bending the limbs at a joint.

RotationA circular movement around a fixed

point

Name of muscle Function Example in sport

Triceps Extend the arm at the elbow Press-up, throwing a javelin

Biceps Flex the arm at the elbow Pull-up, drawing a bow in archery

DeltoidsMove the arm in all directions at the

shoulderBowling a cricket ball

Pectorals Adduct the arm at the shoulder Forehand drive in tennis

TrapeziusHold the shoulders in place, move

head back and sidewaysHolding head up in rugby scrum

Gluteals Adduct and extend leg at the hips Pulling back leg before kicking a ball

Quadriceps Extend the leg at the knee Kicking a ball jumping upwards

Hamstrings Flex the leg at the knee Bending knee before kicking a ball

GastrocnemiusPointing the toes, help to flex the

kneeRunning

Latissimus dorsiAdduct and extend the arm at the

shoulderButterfly stroke in swimming

Abdominals Flex the trunk across the stomachPulling the body down when

hurdling

Muscles and Movement:Muscles only provide one type of movement as they can only pull and not push. All muscles work in pairs, with one muscle pulling while the other relaxes, and then vice versa. These are called an ‘Antagonistic Pair’.

The Prime mover muscle contracts to start a movement. It is also known as the ‘agonist’.The Antagonist muscle relaxes to allow movement to take place.

Origin: the end of the muscle attached to the fixed bone.Insertion: the end of the muscle attached to the bone that moves.

Muscle ContractionsMuscles contract when they work. If a muscle contracts to create movement, it is called an isotonic contraction.An isotonic contraction can be concentric, which is where the muscle shortens as the fibres contract or eccentric, where the fibres contract as the muscle lengthens.When a muscle contracts with no resulting movement, it is an isometric contraction.

13. To cause movement muscles and bones must work together. Explain this process, using an example. (4 marks)

14. Adduction is one of the range of movements that occurs at joints in the body. Which of the following describes adduction at the shoulder joint? A. The movement of a limb away from the midline of the

body B. The movement of a limb towards the midline of the bodyC. The movement of a limb in a complete circleD. The movement of a limb which increases the angle of a

joint

15. There are a range of movements that occur at different joints in the body. The elbow is a hinge joint. What types of movement can occur here? 2 marks]

Functions of Skeletal System:• Protection - the cranium and ribs protect the brain and

vital organs in the chest.• Shape - gives shape to the body and makes you tall or

short.• Support - holds your vital organs in place when playing

sport. The vertebral column holds the body upright.• Movement - muscle are attached to bones, which are

jointed. When the muscles contract the bones move.• Blood production - red blood cells (to carry oxygen)

and white blood cells (to protect against infection) are produced in the bone marrow of some bones.

Synovial joints and Connective Tissue Functions:• Cartilage reduces friction. Acts as a shock absorber.• Synovial fluid lubricates the joint.• Synovial membrane produces synovial fluid.• Tendon joins muscle to bone enabling movement.• Ligament joins bone to bone, stabilising the joint

Movement Description

Abduction Movement away from the mid-line of the body

Adduction Movement towards the mid-line of the body

Extension Straightening limbs at a joint

Flexion Bending the limbs at a joint.

Rotation A circular movement around a fixed point

Type of bone

Example Function in sport

LongFemur,

humerusMovement - to generate strength and

speed

Short Carpals, tarsal Shock absorption - spreading load

Flat (Plate) Ribs, craniumProtection of vital organs, attachment of

muscles to help movement

Irregular Vertebrae, face Provide shape, protection

Name of muscle

Function Example in sport

Triceps Extend the arm at the elbow Press-up, throwing a javelin

Biceps Flex the arm at the elbow Pull-up, drawing a bow in archery

DeltoidsMove the arm in all directions at the

shoulderBowling a cricket ball

Pectorals Adduct the arm at the shoulder Forehand drive in tennis

TrapeziusHold the shoulders in place, move head

back and sidewaysHolding head up in rugby scrum

Gluteals Adduct and extend leg at the hips Pulling back leg before kicking a ball

Quadriceps Extend the leg at the knee Kicking a ball jumping upwards

Hamstrings Flex the leg at the knee Bending knee before kicking a ball

Gastrocnemius Pointing the toes, help to flex the knee Running

Latissimus dorsi Adduct and extend the arm at the shoulder Butterfly stroke in swimming

Abdominals Flex the trunk across the stomach Pulling the body down when hurdling

Muscles and Movement:

Muscles only provide one type of movement as they can only pull and not push. All muscles work in pairs, with one muscle pulling while the other relaxes, and then vice versa. These are called an ‘Antagonistic Pair’.

The Prime mover muscle contracts to start a movement. It is also known as the ‘agonist’.The Antagonist muscle relaxes to allow movement to take place.

Origin: the end of the muscle attached to the fixed bone.Insertion: the end of the muscle attached to the bone that moves.

Muscle Contractions

Muscles contract when they work. If a muscle contracts to create movement, it is called an isotonic contraction.An isotonic contraction can be concentric, which is where the muscle shortens as the fibres contract or eccentric, where the fibres contract as the muscle lengthens.When a muscle contracts with no resulting movement, it is an isometric contraction.

Load

Fulcrum

Effort

Lever a rigid bar that

moves about an axis to

create movement

In the body these levers

are bones

The weight or resistance

that the lever must

move.

The fixed point (joint)at

which a lever turns or is

supported.

The force (muscles)

required to move the

load.

F

L

E

1

2

3

Levers

The distance from the LOAD to the FULCRUM is called the LOAD ARM

The distance from the EFFORT to the FULCRUM is called the EFFORT ARM

A mechanical advantage can be either HIGH or LOW Mechanical advantage describe the efficiency of the lever and is workedMechanical advantage= EFFORT ARM

LOAD ARM

If the EFFORT arm is longer than the LOAD arm it has a HIGH mechanical advantageA 2nd class lever has a HIGH MAIt can move large loads with low effort

If the LOAD arm is longer than the EFFORT arm it has LOW mechanical advantageA 3rd class lever has a LOW MAThese can produce increased range of movement at low effort

Nodding/seesaw

Gymnast on tip toes/wheelbarrow

Bicep curl/Spade digging

Planes and axes of movement

Frontal plane and Sagittal axis work together in skills such as a Cartwheel

Sagittal plane and Transverse axis work together in skills such as a somersault

Transverse plane and Longitudinal axis work together in skills such as the full twist jump.

A plane describes the movement of the body.• Frontal breaks the body in half front to back and

gives side to side movements• Sagittal divides the body in half left to right and

gives forwards and backwards movements.• Transverse cuts the body in half top and bottom

and give rotational or turning movements.

An Axes to a straight line that the body rotates around.• Sagittal passes through the body front to

back.• Transverse axis passes horizontal through

the body left to right.• Longitudinal passes vertically through top to

bottom

Circulatory system – Functions • Transportation of oxygen, water and nutrients through the blood.• Provide protection from disease with antibodies. • Regulates body temperature by absorbing heat and taking it to the

lungs or skin for release.• Dilutes/carries away lactic acid.

Cardiovascular system – consists of the heart and blood vessels.

Capillaries – link arteries and veins. Allow O2 and CO2 to pass through their walls.Where gaseous exchange takes place. Oxygen passes through the capillary wall and into the tissues, carbon dioxide passes from the tissues into the blood

Veins – carry deoxygenated blood back to the heart.

Arteries – oxygenated blood from heart to the body.

Blood Vessels

17. All of the following are functions of the blood except:A. TransportB. ProtectionC. Energy productionD. Temperature control

19. Maximum heart rate is calculated by: A. 220 multiplied by age B. 220 minus age C. 220 plus age D. 220 divided by age

18. Blood has three main functions, one of which is temperature control. State and describe the other two (4 marks]

Cardiovascular Endurance:The ability of the heart, blood vessels, blood and respiratory system to supply oxygen and fuel to the muscles at a steady rate for a considerable length of time.

Max HR is calculated by 220 - age

Effects of Exercise• Increase in breathing rate• Increase in heart rate• Increase in blood pressure, and temperature

Arteries• Carry blood away from the heart

(always oxygenated apart from the pulmonary artery which goes to the lungs)

• Have thick muscular walls• Have small passageways for blood

(internal lumen)• Contain blood under high pressure

Veins• Carry blood to the heart (always de-

oxygenated apart from the pulmonary vein which goes from the lungs to the heart)

• Have thin walls• Have larger internal lumen• Contain blood under low pressure• Have valves to prevent blood

flowing backwards

Capillaries• Found in the muscles and lungs• Microscopic – one cell thick• Very low blood pressure• Where gas exchange takes place.

Oxygen passes through the capillary wall and into the tissues, carbon dioxide passes from the tissues into the blood

Functions• Transports nutrients and waste• Delivers oxygen to the working muscles• Removes heat (temperature regulation)• Dilutes/carries away lactic acid (acidic

balance)

Cardiovascular Endurance:The ability of the heart, blood vessels, blood and respiratory system to supply oxygen and fuel to the muscles at a steady rate for a considerable length of time.

Effects of Exercise• Increase in breathing rate• Increase in heart rate• Increase in blood pressure

Testing CV Endurance• Resting pulse rate – lower it is the

better your endurance• Pulse recovery rate – the quicker HR

returns to normal, resting rate, the higher your endurance levels are.

Training ZonesAerobic 60-80% of Max. Heart rate.Aerobic respiration=Oxygen and Glucose=Energy+ H2O + CO2Anaerobic 80-100% of Max Heart RateAnaerobic respiration=Glucose= energy + Lactic AcidOxygen debtBuild up of Lactic Acid in the muscles after vigorous exercise. Removed by repaying the oxygen to the muscles through a recovery/cool down

Aerobic RespirationThis type of respiration occurs in the presence of oxygen.Glucose + oxygen = energy+ carbon dioxide + water.It is used during continuous activity such as football or a marathon.

Action of breathingBreathing in – The intercostal muscles contract raising the ribs and pushing out the sternum. This increases the chest cavity caused air to rush in

Breathing out – The intercostal muscles relax causing the sternum and ribs return to their normal position. This causes air to be forced out of the body.

Anaerobic respirationThis type of respiration occurs in the absence of oxygen.Glucose = energy = lactic acid

Oxygen debtAs a result of anaerobic respiration an oxygen debt is created. This is where the body ‘borrows’ oxygen from its stores to enable the breakdown of glucose for energy during anaerobic respiration. After this has occurred we have to pay this oxygen back. This is known as oxygen debt.

Recovery period Following exercise we enter a recovery period where we take in extra oxygen to aid the removal of lactic acid. Expiration of breath – removes carbon dioxide and other waste products from lungsPerspiration – temperature control – allows release of excess waterExcretion – removes water and other waste products from lactic acid.

Lactic acidLactic acid is a poisonous wasteproduct that is produced as aresult of anaerobic respiration.Lactic acid causes fatigue inmuscles.

Gaseous ExchangeThis is the process where by oxygen isexchanged for carbon dioxide. Thistakes place in the alveoli air sacs in thelungs.

20.There is a mixture of aerobic and anaerobic activities in athletics. Which of the below is an example of an aerobic activity? ( 1 mark]A. JavelinB. 100mC. 5000mD. High Jump

21. Which activity is most likely to use aerobic respiration for energy?A. 10 km cross country runB. Vault in gymnasticsC. Shot putD. Jumping to block a shot in

basketball

22. Which one of the following is not an anaerobic activity? A. Long jump B. Gymnastics vault C. Tennis serveD. Yoga

23. Which one of the following is the correct equation for aerobic respiration?[1 mark]A. Glucose + oxygen → energy +

carbon dioxide + waterB. Glucose + oxygen + carbon

dioxide → energy + waterC. Glucose + carbon dioxide →

energy + oxygen + waterD. Glucose + water + carbon

dioxide → energy + oxygen

Strength Strength is the ability of the muscles to exert force on an object.There are three types:1. Dynamic strength – strength required to support weight or exert force against an object ( kicking a football)

2. Explosive strength – strength required for a short burst of movement (Sprinting , long jump take off or pushing a shot putt)

3. Static strength – strength applied to a static object (holding a position on gymnastic rings)

Speed Speed is the ability to move as fast as possible.

It is the combination of reaction time and movement time.

It is affected by strength and the percentage of fast twitch fibres.

Power Power is the combination of maximum speed and maximum strength. Such as pushing the shot putt as far as possible.

Strength training increases power.

Cardiovascular Endurance

This is the ability of the heart and lungs to function efficiently during endurance exercise.

Training can improve cardiovascular endurance.

Flexibility Flexibility is the range of movement at a joint.

It can improve the effectiveness of a performance, reduce risk of injury and improve posture

Agility Agility is the ability to move at speed, changing direction and speed

Balance Balance is the ability to distribute weight evenly and remain in a steady and upright positionIt is important for most sports, but more so in sports such as gymnastics.It is linked to agility.

Coordination Coordination is the ability to produce a smooth movement by efficiently linking all parts of a movement together.Good hand-eye coordination is required for some sports, e.g. darts and any sport that requires catching.

Reaction Time Reaction time describes the time taken for a response to occur after a stimulus.It consists of a simple reaction time (reacting to something as it happens) and choice reaction time (deciding when to react after analysing a situation).

Muscular Endurance/ Stamina

This is the ability of a muscle to do sustained, continuous work.

Health

Strength Strength is the ability of the muscles to exert force on an object.There are three types:1. Dynamic strength – strength required to support weight or exert

force against an object ( kicking a football)2. Explosive strength – strength required for a short burst of

movement (Sprinting , long jump take off or pushing a shot putt)3. Static strength – strength applied to a static object (holding a

position on gymnastic rings)

Speed - Speed is the ability to move as fast as possible. It is the combination of reaction time and movement time. E.g. 100m

Power Power is the combination of maximum speed and maximum strength. Such as pushing the shot putt as far as possible.Strength training increases power. E.g. throwing a javelin

Flexibility Flexibility is the range of movement at a joint.It can improve the effectiveness of a performance, reduce risk of injury and improve posture e.g. splits in gymnastics.

Cardiovascular endurance -This is the ability of the heart and lungs to function efficiently during endurance exercise. E.g. marathon runner

Muscular endurance - This is the ability of a muscle to do sustained, continuous work.

SkillReaction time - Reaction time describes the time taken for a response to occur after a stimulus. E.g. a sprinter reacting to the starting gun.

Agility - Ability to move quickly, changing direction and speed. It is a combination of flexibility and speed. E.g. changing direction in a game of rugby to avoid a tackle.

Balance - The ability to maintain a given position in static and dynamic situation. E.g. holding a handstand in gymnastics.

Co-ordination - Coordination is the ability to produce a smooth movement by efficiently linking all parts of a movement together.Good hand-eye coordination is required for some sports, e.g. darts and any sport that requires catching.

Timing - Timing is coinciding movements in relation to external factorsIt is a combination of decision-making, reaction time and coordination. E.g. contacting the ball with a rounders bat.

24. What is meant by the term ‘static strength’? Give an example from a physical activity where a performer uses static strength. 2 marks

25.Increased flexibility can improve performance. Discuss this statement using practical examples. 3 marks

30. Using an example from a physical activity, explain what is meant by the term ‘co-ordination’. (2 marks)27. State what is meant by the term

‘flexibility’. 1 mark

28. Which one of the following components of fitness is best improved through ‘continuous training’? [1 mark]A. Muscular strengthB. Cardiovascular enduranceC. AgilityD. Flexibility

29. The most important factor for a fast start in a 100 m sprint is:A. FlexibilityB. BalanceC. Reaction timeD. Co-ordination

26. State two components of physical fitness that an athlete would need when taking part in either football, swimming or cross country. Explain how these components could improve their performance in that activity. (4 marks)

Training Type

Description Good for improving

Advantages Disadvantages

Co

nti

nu

ou

s Tr

ain

ing Involves continuous activity that increases heart rate

between 50-80% over a sustained period of time. It is slow and steady activities e.g. jogging.

Cardiovascularendurance

• Doesn’t require much equipment. • Good for aerobic fitness• Good for losing weight

Disadvantage: • Not useful for game players because it doesn’t

improve anaerobic fitness.• Can be boring

Inte

rval

Tr

ain

ing

• Involves periods of intense work followed by rest periods.

• Can be short or long intervals.

Speed Muscular enduranceAnaerobic fitness

• Good for game players because you can mix aerobic and anaerobic exercise.

• Easy to adapt for different activities or fitness levels

• No specialist equipment needed

• Can become boring• Need to time rest and work periods carefully

Wei

ght

Trai

nin

g

• Involves using free-standing weights or fixed weights attached to weight training equipment

• Repetitions are the number of times the weights are lifted

• Sets are the number of times a weight activity is carried out

Muscular enduranceSpeedPowerStrength

• Improves muscular strength and tone. • Easy to show progression • Increases muscle size and power• Assist recovery after injury

• Need to have access to a gym which may be costly.

• Free-standing weights may cause injury if dropped

• Limit on the weight that can be lifted with fixed weights

• Specialist equipment needed.

Fart

lek

Trai

nin

g Also known as ‘speed play’ and involves fast and slow running over a variety of terrain or hills. It is useful for individual sports, e.g. athletics and team sports, e.g. football.

AerobicenduranceAnaerobic fitness

• Can be easily adapted for different sports and fitness levels.

• Good for sports that require a change of pace

• Difficult to see how much effort is being exerted.• Too easy to skip the hard bits.

Cir

cuit

Tra

inin

g

• Involves completing a variety of exercises at stations to exercise different muscle groups

• Each exercise is carried out for a set time or number of repetitions before moving on to the next station

• Same muscle group should not be next to each other• It can be useful to team sports, e.g. football and

racquet sports, and individual sports e.g. running.

Anaerobic fitnessStrengthMuscular enduranceCardiovascular enduranceSpeed

• Varied, so doesn’t get boring. • Easily adapted• Can include skill stations

Requires a lot of equipment and time to set up.

Specificity- The training should match the demands of the activity and develop the relevant body systems.

Progression - Training workload should be increased gradually so that the body can adjust to the extra demands.

Overload – Making your body work harder than normal in order to make it adapt or improve.

Reversibility – If training stops, because of injury for example, then the benefits gained would be lost.

Tedium – Training should be varied and interesting to prevent boredom.

Frequency – The number of training sessions.

Intensity – The number of training sessions.

Type – the method of training used in the training session

Time – the amount of time spent in training session

Phases of a training session

Warm up – is done to prepare the body for exercise, reduce the risk of injury and mentally prepare for the activity. An example would be a pulse raiser, light exercises and stretches.

Fitness – this phase is done to concentrate on improving a selected aspect of fitness. An example may be weight training to improve strength.

Skill Phase – to develop individual skills or team play/skills.

Cool down – This is the end of the session where it finishes gradually to help remove waste products in the body, such as lactic acid to prevent soreness.

Altitude Training • Aerobic exercise is carried out at higher altitudes (usually above

5000ft)• The air is less dense and oxygen levels are lower• More red blood cells are produced to help carry oxygen to the

muscles > increase in oxygen carrying capacity• The adaptation of increased red blood cells will last about 2-3

months when athletes return to sea level.

Warm Weather Training • Allows athletes to train consistently• Psychological benefits e.g. mood lifted with

the sun• Removes pressures such as the media they

have at home• Injury risk reduced as muscle are warmer

skills and on going fitness

Pre-Season: • The time leading up to competition• Initial preparation• Time to develop technique and fitness

Post-Season: • Period of rest and recovery• Maintain general fitness

Peak-Season: • Main competition period• Participation in competitions • Concentration on skills and on going

fitness

• Jogging• Shuttle sprints • Ball work - skills• Small sided games.

• Warm up • Speed shuttles• Small sided games• Team shape and set plays• Cool down

Continuous Training• Cycling• Running• Swimming

Example sessions for a footballer