KPE160 LATEST FINAL EXAM WITH 200
QUESTIONS AND VERIFIED ANSWERS
100% PASS
QUESTION: Motor Learning - ANSWER-- study of mechanisms involved in acquiring and
improving motor skills
- Goal: to understand the processes associated with practice that lead to relatively permanent
change in capability for movement
QUESTION: Motor Development - ANSWER-- study of changes of motor behaviour
- Goal: to understand the processes and factors leading to changes in performance and learning
across lifespan
QUESTION: Theoretical approaches to understanding movement - ANSWER-a) Cognitive /
Reductionist
- function can be derived from understanding characteristics of elements
- whole is equal to the sum of the parts
b) Complex / Dynamical
- function cannot be derived from understanding characteristics of elements
- whole is greater than the sum of the parts
QUESTION: Research approaches to understanding movement - ANSWER-Behaviour approach
& Neuroscience approach
QUESTION: Behaviour approach - ANSWER-- role of sensory info in influencing action
,- sensory info used at both conscious & unconscious level
QUESTION: Neuroscience approach - ANSWER-- neural events underlying movement
- general activity in brain areas during behaviour
- specific activity of neurons in brain area during behaviour
QUESTION: Active (endogenous) movement - ANSWER-- results from muscular contraction
- e.g. voluntary movement, reflexes
QUESTION: Passive (exogenous) movement - ANSWER-- results from external forces
- e.g. gravity, supporting devices
QUESTION: Types of action - ANSWER-- Reflex action
- Voluntary action
QUESTION: Reflex action - ANSWER-- INVOLUNTARY
- relatively stereotyped response to specific stimulus
- involves specific, unchanging neural network
QUESTION: Characteristics of Reflex action - ANSWER-- short latency
- stereotyped
- conscious awareness does not precede response
- responses determined by stimulus
- innate
- generally protective function
,QUESTION: Voluntary action (motor skills) - ANSWER-- requires higher order (cognitive)
processing
- involves flexible, variable neural network
QUESTION: Characteristics of Voluntary action - ANSWER-- long latency
- adaptable / can be novel
- conscious awareness precede response
- response related to but not determined by stimulus
- learned
- can be protective or harmful
QUESTION: Motor skills - ANSWER-- action or task that requires VOLUNTARY control over
movement
- can be viewed from
a) Task perspective --> a specific type of action
b) Performance proficiency perspective --> level of skills
QUESTION: Task Perspective - ANSWER-- size of muscle groups involved --> precision
- task organization --> number of steps
- environmental predictability
QUESTION: Size of muscle groups involved - ANSWER-a) Gross skills
- involves a series of muscle contractions
- accuracy does NOT matter
, e.g. walking, pushing
b) Fine skills
- accuracy matters
- e.g. writing, surgery
c) Mixed skills
- e.g. martial arts, gymnastics
QUESTION: Task Organization - ANSWER-a) Discrete
- uniquely defined --> beginning & end
- single action --> short duration
- e.g shooting a basketball
b) Serial
- a series of discrete skills connected in a specific sequence
- with order
c) Continuous
- action does NOT have a beginning & end
QUESTION: Environmental Predictability - ANSWER-a) Closed environment
- predictable
- does not change from moment to moment
- e.g. long jump, throwing darts
QUESTIONS AND VERIFIED ANSWERS
100% PASS
QUESTION: Motor Learning - ANSWER-- study of mechanisms involved in acquiring and
improving motor skills
- Goal: to understand the processes associated with practice that lead to relatively permanent
change in capability for movement
QUESTION: Motor Development - ANSWER-- study of changes of motor behaviour
- Goal: to understand the processes and factors leading to changes in performance and learning
across lifespan
QUESTION: Theoretical approaches to understanding movement - ANSWER-a) Cognitive /
Reductionist
- function can be derived from understanding characteristics of elements
- whole is equal to the sum of the parts
b) Complex / Dynamical
- function cannot be derived from understanding characteristics of elements
- whole is greater than the sum of the parts
QUESTION: Research approaches to understanding movement - ANSWER-Behaviour approach
& Neuroscience approach
QUESTION: Behaviour approach - ANSWER-- role of sensory info in influencing action
,- sensory info used at both conscious & unconscious level
QUESTION: Neuroscience approach - ANSWER-- neural events underlying movement
- general activity in brain areas during behaviour
- specific activity of neurons in brain area during behaviour
QUESTION: Active (endogenous) movement - ANSWER-- results from muscular contraction
- e.g. voluntary movement, reflexes
QUESTION: Passive (exogenous) movement - ANSWER-- results from external forces
- e.g. gravity, supporting devices
QUESTION: Types of action - ANSWER-- Reflex action
- Voluntary action
QUESTION: Reflex action - ANSWER-- INVOLUNTARY
- relatively stereotyped response to specific stimulus
- involves specific, unchanging neural network
QUESTION: Characteristics of Reflex action - ANSWER-- short latency
- stereotyped
- conscious awareness does not precede response
- responses determined by stimulus
- innate
- generally protective function
,QUESTION: Voluntary action (motor skills) - ANSWER-- requires higher order (cognitive)
processing
- involves flexible, variable neural network
QUESTION: Characteristics of Voluntary action - ANSWER-- long latency
- adaptable / can be novel
- conscious awareness precede response
- response related to but not determined by stimulus
- learned
- can be protective or harmful
QUESTION: Motor skills - ANSWER-- action or task that requires VOLUNTARY control over
movement
- can be viewed from
a) Task perspective --> a specific type of action
b) Performance proficiency perspective --> level of skills
QUESTION: Task Perspective - ANSWER-- size of muscle groups involved --> precision
- task organization --> number of steps
- environmental predictability
QUESTION: Size of muscle groups involved - ANSWER-a) Gross skills
- involves a series of muscle contractions
- accuracy does NOT matter
, e.g. walking, pushing
b) Fine skills
- accuracy matters
- e.g. writing, surgery
c) Mixed skills
- e.g. martial arts, gymnastics
QUESTION: Task Organization - ANSWER-a) Discrete
- uniquely defined --> beginning & end
- single action --> short duration
- e.g shooting a basketball
b) Serial
- a series of discrete skills connected in a specific sequence
- with order
c) Continuous
- action does NOT have a beginning & end
QUESTION: Environmental Predictability - ANSWER-a) Closed environment
- predictable
- does not change from moment to moment
- e.g. long jump, throwing darts