XNB188 Practice Exam
Ecological Dynamics in Motor Behaviour Quiz
Test your knowledge on ecological dynamics and its relation to motor behaviour with this comprehensive quiz. Designed for students, educators, and coaches, this quiz comprises 32 carefully crafted questions that explore various concepts in ecological approaches to motor learning.
Key features of the quiz include:
- In-depth questions related to motor behaviour
- Application of dynamical systems theory
- Understanding of perception-action coupling in sports
From the list given below, select the terms which are commonly associated with Ecological Dynamical approaches to motor behaviour
Information Processing
Response Programming
Tau
Attractor States
Generalised Motor Programs
Time to Contact
Organism - Environment Strategy
Ecological approaches to skill acquisition differ from the more traditional Cognitive approaches to motor behaviour because the:
Ecological approach does not consider issues of perception to be of importance
Cognitive approach sees the environment as controlling action
Cognitive approach to perception and action rejects the idea that perception and action can be separated
Ecological approach to perception and action rejects the idea that perception and action can be separated
The underlying principles of Dynamical Systems are:
Tau, ambient optic array, perception-action coupling
Stimulus identification, response selection, response programming
Perception, decision making, response selection
Self organisation, attractor patterns, stability, constraints
Dynamic systems approaches to motor behaviour emphasise the role of
Motor programs in the control of movement
Motor programs and representation in the control of movement
The use of stereotyped movement plans
Attractor states in the development of stable movement patterns
An Ecological dynamics explanation of perceptual learning in receiving tennis serves would suggest that learning is:
A process of recalling memories
Based on good eyesight and good reflexes
A process of becoming attuned to the key information sources
A process of learning to interpret stimuli
An ecological dynamics definition of skill would emphasise the importance of :
Practice
Perfecting technique
Adapting to the environment
Acquiring stronger motor programmes
An affordance is:
A property of the environment considered in relation to the action possibilities of an individual
Something that helps learning
An opportunity for action
Something that helps learning
An invitation or what it offers an individual
According to Newell (1986) constraints are defined as:
Manipulations
Self-organising
The boundaries that shape self-organisation
Barriers that shape behaviour
When coaches systematically manipulate a specific constraint to create a qualitative change in movement behaviour, they would manipulate what type of parameter?
A control parameter
An order parameter
A cognitive paramater
A facilitating paramater
A beginner badminton player typically solves Bernstein's degrees of freedom problem by:
Exploiting the degrees of freedom
Freezing the degrees of freedom
Watching the shuttlecock more closely so she makes better contact
Shortens her swing by using less body parts
In line with the classification proposed by Newell, the three over-riding constraints that shape behaviour are:
Individual, team, opposition
Individual, task, environment
Stimulus identification, response programming, response selection
Game rules, pitch conditions, limb length
When playing netball, an example of an emergent constraint for children in the school first team (age 9) and a decaying constraint for adult players is:
Arm strength, as it determines how far a player can pass the ball
Anxiety, as children get more nervous than adults
Concentration, as children can focus on the task better as they have less life distractions
Decision making ability, as all adults make better decisions on the court than children
A teacher who adopted a constraint led approach to skill learning would adopt:
A perceptually coupled environment
A mono-disciplinary approach
Practice using holistic methods
Practice using part-whole learning
A multi-disciplinary approach
A constraints led approach to skill learning would suggest that when working with a tennis player to change her serving technique, the coach should:
Expect performance to improve immediately if she provides appropriate feedback
Provide targets for the player to aim at
Adopt blocked practice methods
Show her a demonstration using an expert model
Adopt variable practice methods
From a dynamical system perspective, during a phase transition between two attractor patterns, we would expect to see:
More cognitive activity
Less cognitive activity
High levels of movement variability
Low levels of movement variability
High levels of exploratory activity
Low levels of exploratory activity
Stable movements
Instability in movements
The degrees of freedom problem in motor control essentially deals with which of the following issues?
Many different types of feedback that can influence performance
The variety of ways in which an organism can learn
Number of body parts that can change and therefore require control
Infinite variety of movement responses required of a performer for skill performance
According to Bernstein, learning progresses via the gradual:
Development of a generalised motor program
Development of a motor schema
Unfreezing of degrees of freedom
Increase in outcome variability
According to Newell, which of the following are stages of learning:
Cognitive, coordination, autonomous
Coordination, control, skill
Cognitive, associative, autonomous
Procedural, autonomous, declarative
A cricket coach who understood the concept of perception-action coupling would not use which of the follow strategies to help his player get better at playing fast bowling? The coach would not have the player face:
Faster bowlers in the nets
A bowling machine set to deliver balls at the same speed he will have to face
Bowlers without wearing a helmet
Throw downs from slightly nearer than the bowler's stumps
Underarms thrown from the ground at his head
From the viewpoint of an ecological psychologist, we should use task simplification in practice rather than task decomposition because it:
Provides better outcome information
Is more interesting for the performer
Means we make better memory representations of what is required
Allows us to think about the demands of the whole task
Preserves the perception-action coupling
Representative Learning Design is when:
Practice environments are representative of performance environments
Laboratory conditions are replicated in practice, in order to ensure perfect technique
All elements of the environment are changed to induce a new movement solution
A teacher who understood the principles of ecological dynamics would strongly support the idea of having her hockey team practice attacker patterns of play without defenders in an invasion game, such as hockey.
True
False
When using a CLA, in order to prevent a performer becoming dependent on feedback the coach should:
Not give any feedback
Provide kinematic feedback about movements
Provide bandwith feedback
Provide trial delayed feedback
Provide error-based feedback
When observing a demonstration of a hockey penalty taker, the person watching:
Picks up the invariant features of the coordinated movement pattern
Notices the quality of the coordinated movement pattern
Picks up the variant features of the coordinated movement pattern
Thinks about how the shot is played
Picks up the direction of the shot
Adopting a dynamical systems theoretical approach to motor learning for children with special needs would mean that sessions would be designed based on the:
Maturational stage of development of the children
Same principles as those used for designing sessions for normal children
Need for the children to receive more feedback than normal children
That the children could not do the tasks at all
Affordances are opportunities:
For performers at the control level of skill to improve their performance
For performers at coordination level to improve their performance
For action and are defined relative to the perceptual skill of the individual
For action and are defined relative to the action capabilities of the individual
According to the latest ideas on perceptual training, sport scientists and coaches should:
Make sure that players get their eyes tested before playing
Help players to develop their reactions
Provide practice that maintains the realism of the performance environment
Do general exercises that develop concentration and attention
Provide specific systematic perceptual training programmes
Variability can be viewed as:
A problematic changing behaviour in children's movement behaviours
One of the driving forces for the emergence of new behaviours
Demonstrating that the individual is struggling to find ways of solving the problem
Demonstrating that the individual is exploring new ways of solving the problem
A causal agent of change in motor development
A non-contributory factor in motor development
The standard deviation in movement patterns
In a nonlinear dynamic system such as a child, a coordination pattern emerges from the interaction of constraints through the process of:
Overcoming rate limiters
Self organisation
Growth and development
Motor programming
Maturation
To develop dexterity in the children in their classes, teachers need to provide:
Lots of feedback telling children where they are going wrong
Lots of prescriptive instructions to tell children how to solve coordination problems
Opportunities to explore a variety of related task problems to find the same performance solution
Drills using repetition after repetition to develop better skills
Incorporate variability in practice using repetition without repetition to promote skill adaptability
When children are given lots of blocked practice (ie repetition after repetition) is leaders to:
Lower level of confidence, better performance in practice, worse performance in competition
Lower level of confidence, worse performance in practice, better performance in competition
Higher level of confidence, worse performance in practice, better performance in competition
Higher level of confidence, better performance in practice, worse performance in competition
{"name":"XNB188 Practice Exam", "url":"https://www.quiz-maker.com/QPREVIEW","txt":"Test your knowledge on ecological dynamics and its relation to motor behaviour with this comprehensive quiz. Designed for students, educators, and coaches, this quiz comprises 32 carefully crafted questions that explore various concepts in ecological approaches to motor learning.Key features of the quiz include:In-depth questions related to motor behaviourApplication of dynamical systems theoryUnderstanding of perception-action coupling in sports","img":"https:/images/course2.png"}
More Quizzes
What challenges do you face when teaching your child?
520
What to Expect When Expecting
1268
What kind of a learner are you?
940
Parenting styles - Quiz
11616
Brain Development, Sudden Infant Death Syndrome, and Abusive Head Trauma: Shaken Baby Syndrome
11631
Human body
520
Myelodysplasia Summary Quiz
1269
Spelling quiz
1475
Soccer Terms
13612
Prenatal Development, Birth, & Newborn
201029
Children and Child care
9448
B-11 (Stimulus vs Response Generalization)
11613