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List the components of fitness and how they are measured
Dynamic strength/muscular endurance- sit up bleep test
Static strength- wall sit
Maximal strength- 1 rep max bench press
Explosive strength/power- vertical jump test
speed- 30m sprint test
Cardiovascular endurance- multi stage fitness test
Flexibility- sit and reach test
Agility- Illinois agility test
Balance- standing stock test
Reaction time- ruler drop test
Co-ordination- wall toss test
Health
A state of complete physical, mental and social well being and not just the absence of disease
Fitness
The ability to cope with the demands of the environment
Things that can affect your health and fitness
Smoking- lung cancer
Alcohol- liver damage and damage to the immune system
Drugs- can have a negative impact on a individuals physical and mental health
Name the 4 strengths and their definitions
Dynamic strength- the ability of the muscle to undergo repeated contractions for a long period of time
Static strength- the ability to hold a body part (limb) in a static position. The muscle length stays the same whilst maximum force is applied
Explosive strength- Speed x strength (anaerobic power)
Maximal strength- the largest force possible in a single contraction.
Reasons for fitness testing
to measure how successful a training program has been
To show starting level of fitness
To identify strengths and weakness in a performance
To motivate/set goals
To compare results and the nation average
Limitation to fitness testing
rest are often not sport specific and are too general
Don’t replicate sport conditions (not under pressure)
Some participants need motivating therefore results and not reliable
Must be carried out with correct procedures to increase validity
Validity definition
The extent to which a test or method measures what it sets out to measure
Reliability definition
The consistency and reliability of a test
Qualitative data
A measure of opinion
Quantitative data
A measure of numbers
What does SPORT stand for
specificity- training should be specific to the needs of an individual and demand of the sport they play
Progressive overload- gradual increase of stress on the body to increase fitness gains
reversibility- if an individual stops/decreases their training level, then fitness and performance level is likely to drop
tedium- boredom
Circuit training
High intensity exercises performed one after the other with a rest period in between
Continuous training
Exercising for a long period of time with rest. (Usually 20min or more)
Fartlek training
Period of fast work with intermittent period of slower work
Interval training
Training method that incorporates periods of work followed by period of rest
Static stretching
Stretch to the limit and holding the isometrically
Weight training
The use of weights/ resistance to cause adaptations to muscles
Plyometrics training
Bounding, hopping and jumping to increase power
Aerobic training zone
60-80% of maximal heart rate
Anaerobic training zone
80-90% of maximal heart rate
Considerations to prevent injury
avoid over training
Appropriate footwear and clothing
Taping/bracing to support areas of weakness
Use spotter when lifting weights
Appropriate rest inbetween sessions
Warm up and cool downs
Hydration should be maintained
Avoid over stretching
Training types and intensity should be used to match the training purpose
Altitude training
Aerobic training performed at a height above 2,000 metres where there is less oxygen
How altitude training works
At night altitude there is less oxygen so oxygen carrying capacity is decreased
Therefore, training at high altitude is harder. As a result we produce more red blood cells to carry oxygen
By the end of training the body has more red blood cells
When athlete returns to sea level, their higher amount of red blood cells means they can carry more oxygen aiding their aerobic performance meaning they can work harder and for longer
Benefits of altitude training
effective training method for improving aerobic capacity/cardiovascular endurance
Produces more red blood cells which aids aerobic performance when returning back to sea level
Limitation of altitude training
no benefit for anaerobic athletes
Often have to travel abroad which can be costly
Training is harder/strenuous
Altitude sickness/ nausea
Benefits are lost quickly when retiring to sea level, red blood cell count decreases
Pre season
Period leading up to the competition.
AIM is to improve aerobic fitness
Competition season
Fixtures played every week
Goal is to maintain level of fitness related to the activity without causing fatigue
Post season
Period after the competition season has ended
Purpose is to:
rest and recover
Repair injuries
Maintain general fitness
Prepaid for next training cycle