Impact of skill classification on structure of practice for learning Flashcards
whole practice
methods of presenting practice
- practicing a skill in its entirety without breaking into sub-routines
- promotes understanding pf the skill, establishes links between sub-routines and creates kinesthetic
- EXAMPLE - cycling
when do we use whole practice
methods of presenting practice
- when a skill is fast , ballistic and sicrete
- when skill is highly organised and cannot be broken down into subroutines
- the skill is simple and does not require much thought
- when the performer needs to get a feel for the whole skill (kinesthesis)
- the performer is advanced and in the autonomous stage of learning
advantages of whole practice
methods of presenting practice
- gives a feel for the skill as the links between sub-routines are maintained (kinaesthic)
- creates a mental image of the skill which is stored in LTM
- more realistic than part practice therefore helps transfer of leraning
- helps make the skill more consistent and habitual
disadvantages of whole practice
methods of presenting practice
- sometimes place unnecessary demands on the performer meaning they are unable to cope
- more likely to fatigue quicker
- infomation overload if no breaks occur
whole part whole practice
methods of presenting practice
- the performer firstly practice the skill as a whole
- each subroutine can then be highlighted and practised individually
- the ;earner can practicea weaker subroutine in isolation to improve this aspect of the skill
- once practised and perfected would then put back together the whole skill
- EXAMPLE - swimming (bilateral breathing) - kick board and breathing
advantages of whole part whole
methods of presenting practice
- can provide motivation when success is achieved
- provides immediate feedback therefore errors are corrected quicker
- fluency and integration of subroutines can still be maintained
- suitable for high complex skills and low organisation skills
disadvantages of whole part whole
methods of presenting practice
- may produce negative transfer if the practiced subroutine is not intergrated back into the skill in the same session
- more time consuming
- not suitable for high organised skills
progressive part practice
methods of presenting practice
- chaining - linking the subroutines together in a specifc order
- the first part of the skill is taugh then the rest are added in sequence
- ideal when teaching serial skills, when the order of the subroutines are important
- good for more dangerous skills, such as trampolings seqence
- EXAMPLE - triple jump - hope , skip , jump
advantages of progressive part
methods of presenting practice
- good for low organised skills, serial skills that can be broken down
- can build intial understanding and may improve confidence
- allows both player and coach to focus on specific weakness that needs to be developed
disadvanatges of progressive part
methods of presenting practice
- may affect the performers ability to transfer each subroutines into the whole skill
- mau lose the overall kinaesthetic sense of skill
- extermely time consuming
overlearning
types of practice
- is when the performer has already perfected the skill being learned but still carries on practising
- this extra time can strengthen motor programmes and schema
schema theory
types of practice
- a schema is a store of infomation in the long term memory
- example - infomation about the environment and kinesthic feedback
types of practice
types of practice
- massed
- varied
- distrubted
- mental
massed practice
types of practice
- learners practice continously a skill without any breaks or rest periods
- used for skills that are discrete , simple and closed
- good for expirence, highly motivated learners who have good levels of fitness
- EXAMPLE - basket ball players practicing shooting
advantages of massed practice
types of practice
- promotes fitness - performer can cope with extended demands of a task
- good for making skills habitual as numerous repetitions can occur
- efficient use of players and coaches time
- motor programmes can be stored more easily