D2 Training and preparation for Performance Flashcards

1
Q

what are lab tests

A

a scientific way of testing a hypothesis in an artificial and highly controlled setting e.g. VO2 Max treadmill test

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2
Q

what are field tests

A

tests conducted in real-world settings e.g. multi-stage fitness test

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3
Q

what is quantitative data

A

refers to numerical information that can be measured and counted

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4
Q

what is qualitative data

A

refers to descriptive information that characterizes but does not measure - subjective

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5
Q

what is the multi stage fitness test

A
  • a shuttle run over 20m where the time interval between each beep decreases as the level increases
  • tests of aerobic capacity
  • produces a level and a shuttle which is numerical
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6
Q

what is the 12min Cooper run test

A
  • a continuous 12 min run often performed around a track and designed for having lots of people do it at once
  • measures total distance run in 12 mins
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7
Q

what is the Harvard step test

A
  • a tests of aerobic and cardiovascular capacity
  • required to continuously step up to a platform to an increasingly quick beep
  • produces level and shuttle
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8
Q

what is validity

A

the degree to which data measures what it intends to measure

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9
Q

what is reliability

A

the degree to which data collection is consistent and stable over time

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10
Q

what makes a test valid

A

the experiment measures what it is intended to measure

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11
Q

what makes a test reliable

A

getting the same results when you repeat the test

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12
Q

what are the components of a warm up

A
  • cardiovascular (pulse raiser)
  • stretching: static and ballistics
  • sport specific phase: preparing the performer physically and mentally
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13
Q

what occurs during the cardiovascular warm up section

A
  • begins with moderate or light activity in order to increase the delivery of oxygen to the working muscles
  • energy production will begin to implement good performance
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14
Q

what occurs during static stretching

A
  • can be active or passive
  • a stretch is held in a stationary position for around 30s
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15
Q

what is an active stretch

A

activate a muscle to hold a stretch without external resistance. the agonist contracts to help you stretch the antagonist

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16
Q

what is a passive stretch

A

involves using an external force to help you achieve a stretch like a band

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17
Q

what is a dynamic stretch

A

stretching with controlled movements

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18
Q

what are the physiological benefits of a warm up

A
  • reduce injury possibility
  • increases speed of nerve impulses
  • increases muscle temperature
  • allows for rehearsal of movement
  • increase blood flow
  • allows time for mental rehearsal
  • increase production of synovial fluid
  • release of adrenaline
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19
Q

how is injury risk reduced by warming up

A

muscles respond to similar movements that they will experience during a game so will be consistent during the game

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20
Q

how does increase the speed of nerve impulses benefit a performer

A

along the axon you can speed up an electrical impulse through the myelin sheath so impulses get to the brain faster

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21
Q

how does increase muscle temperature benefit a performer

A

ensures muscles are more flexible so less likely to cause a tear - static stretch for 30s

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22
Q

how does allowing for rehearsal of movement benefit a performer

A

so your muscles can easily reproduce the movements needed during a game

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23
Q

how does increased blood flow benefit a performer

A

heart rate will increase so more oxygen will be supplied to the muscles to allow for aerobic respiration

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24
Q

how does allowing time for mental rehearsal benefit a performer

A

means you can focus and prepare your mind for the game or sessions ahead to improve performance

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25
Q

how does increased production of synovial fluid benefit performers

A

less friction and more lubrication in a joint meaning more smooth movements

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26
Q

how does release of adrenaline benefit a performer

A

stimulates your sympathetic nervous system

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27
Q

what is a cool down

A

light activity that helps the body recover from exercise

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28
Q

how does a cool down benefit a performer

A
  • oxygen-debt
  • reduction in DOMS
  • venous return
  • vascular shunting
  • cramps
  • heart rate
    lactic acid removal
  • breathing rate
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29
Q

what is a cramp

A

an involuntary muscle contraction that will impede performance, caused by a buildup of lactic acid, dehydration and loss of electrolytes

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30
Q

why does lactic acid need to be flushed out of muscles

A

lactate is used to convert it into energy so blood flow needs to remove it to an area where it can be converted or removed

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31
Q

why does heart rate need to remain elevated after exercise

A

to keep oxygen delivery to muscles and blood supply to remove lactic acid

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32
Q

what causes DOMS

A

concentric contractions followed by eccentric contractions

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33
Q

what does EPOC do

A

removes lactic acid as it allows it to be oxidized

34
Q

what is specificity

A

matching training to the requirements of the activity

35
Q

what is progressive overload

A

gradually increasing the amount of overload during training to improve fitness but without injury

36
Q

what is reversibility and why might it occur

A

gradually losing fitness as a result of stopping training
caused by boredom, no motivation or lack of free time

37
Q

why is recovery needed

A

so the body and repair and recuperate to maintain performance levels
- beginner 1:1, elite 3:1

38
Q

what are the principles of overload

A
  • frequency
  • intensity
  • time
  • type
39
Q

what is the stress adaptation cycle

A

gradually increasing work capacity overtime while maintaining rest to keep training optimum
- you need to stress your body before you can rest and recover to increase quality of performance

40
Q

what does the stress-adaptation graph look like

41
Q

what is periodisation

A

the systematic division of training into phases, structured progressively to improve performance whilst minimising injury

42
Q

what are the 3 main cycle of periodisation

A

macrocycle, mesocycle and microcycle

43
Q

what are the 3 periods in the macrocycle

A
  • preparation period
  • competition period
  • transition period
44
Q

what is the purpose of a preparation period within a macrocycle

A

laying the groundwork, lots of high intensity training to build a general level of fitness and not too specific
good base before honing in skills

45
Q

what is the purpose of the competition period during a macrocycle

A

maintaining peak fitness, sharpening skills, balancing training with adequate rest

46
Q

what is the purpose of the transition period during a macrocycle

A

crucial for mental and physical recovery, active recovery including low intensity workouts and ensures that athletes are ready for the next stage

47
Q

what is a mesocycle

A

part of the macrocycle where training is tailored to specific parts of a sport

48
Q

what is the primary focus of a mesocycle

A

each cycle is specific to a component of fitness, personalised training plans to make sure it is appropriate to the current fitness level, lasts 4-12 weeks, gives enough time for physical adaptation to take place

49
Q

what is a microcycle

A

part of mesocycle that breaks down into specific, weekly training programs that provide in depth detail for the training during the week

50
Q

how does the training volume and intensity vary throughout the stages

A

R/TS: low intensity, low volume
PS: low intensity, high volume
CS: high intensity, lowish volume - overall load is still high

51
Q

what is volume

A

refers to the total amount of work performed during a training session, week or cycle

52
Q

what is intensity

A

refer to the level of effort or demand placed an the athlete during training, typically expressed as a percentage of maximum capacity

53
Q

what is tapering

A

a 7-14 day period before a competition where the intent is of delivering maximal performance for the event (training can increase or decrease)

54
Q

what are the benefits of periodisation

A
  • elevates an athlete’s performance at predetermined time points
  • maximise specific physiological and performance adaptations
  • reduce the risk of overtraining
  • provide a plan for long-term athlete development
55
Q

what is active recovery

A

low-intensity physical activity that aids in the removal of waste products from the ,muscles and promotes recovery, as opposed to complete rest

56
Q

what is double periodization

A

what an athlete has to peak twice in one season

57
Q

what are the types of training

A
  • continuous
  • interval
  • fartlek
  • speed
  • weight/resistance
  • PNF
  • circuit
  • plyometric
58
Q

what is PNF

A
  • proprioceptive neuromuscular facilitation
  • it is an advanced stretching technique
  • increases range of motion since is facilitates muscular inhibition - more effective with the help of a partner
59
Q

test, training and definition of aerobic endurance

A

Test: multi-stage fitness test, VO2 Max treadmill test
T: continuous
Def: the ability of the body to inspire, transport and utilize oxygen to perform sustained periods of physical activity

60
Q

test, training and definition of anaerobic endurance (power)

A

Test: vertical jump test
T: plyometrics
Def: the ability to produce sustained maximal power during all-out, short-term physical efforts

61
Q

test, training and definition of maximal strength

A

Test: one rep max
T: weight/resistance
Def: the ability to produce a maximal amount of force in a single muscular contraction

62
Q

test, training and definition of strength endurance

A

Test: sit up test
T: continuous
Def: the ability to sustain repeated contractions over a period of time withstanding fatigue

63
Q

test, training and definition of flexibility

A

Test: sit and reach test
T: PNF
Def: the ability of a joint to move through a full and unrestricted range of movement

64
Q

test, training and definition of agility

A

Test: Illinois agility test
T: circuit
Def: the ability to change direction at speed under control

65
Q

test, training and definition of speed

A

Test: 30m sprint test
T: speed
Def: the rate at which the body is moved from one place to another

66
Q

what is altitude training

A

training at elevations typically above 2000m above sea level to improve athletic performance

67
Q

what happens to the partial pressure of oxygen as altitude increases

A

partial pressure decreases the higher you go because oxygen particles are more spread out

68
Q

what is EPO and how does it altitude training affect it

A

erythropoietin - stimulates the production of red blood cells and haemoglobin

69
Q

what is the immediate response of the cardiovascular system to altitude training

A

blood plasma decreases, so higher concentration of RBC meaning more oxygen will be delivered

70
Q

what are the advantages of altitude training

A
  • heart pumps more more efficiently
  • increase RBC production
  • increased VO2 max
  • increased capillarization
  • increased EPO release
  • increased oxyhaemoglobin and myoglobin
  • increased alevoli
71
Q

what are the disadvantages of altitude training

A
  • altitude sickness
  • reduce intensity of workouts to start with
  • adaptations can fade quick once back to sea level
  • not easily accessible
  • might not work for every athlete
72
Q

what is recommended altitude for EPO release

A

2000-2500m

73
Q

what are the 3 phases of altitude training program

A
  • acclimatization (5-7 days)
  • primary training
  • recovery
74
Q

how does increased capillarization benefit a performer

A
  • more blood delivered to muscles so improves oxygen delivery and water removal
  • diffusion will increase as higher SA
75
Q

what is a haematocrit

A

the percentage of RBC in the blood

76
Q

what is the live high, train low strategy

A

involves living at a high altitude to stimulate RBC production and train at low altitudes to maintain training intensity

77
Q

what is HIIT training and who would use it

A

very high intensity training with short rest periods
- used by intermittent sports

78
Q

+ves and -ves of HIIT training

A

+ improved VO2 max
+ increased capillarization and mitochondrial density
+ higher lactate threshold
- difficult to do without experiencing high fatigue
- hard to motivate self to train with 100% effort

79
Q

what is SAQ and who would use it

A

speed, agility and quickness -involving reaction time, neuromuscular efficiency and explosiveness
- used by goalkeepers, F1 drivers

80
Q

benefits of SAQ training

A
  • recruitment of more motor units
  • faster reaction time
  • increased muscle fibre activation
  • increased kinesthetic awareness