Week 11 Flashcards

1
Q

Abilities

A

-stable traits that underlie/support persons skill

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2
Q

Prediction of motor ability

A

-one study found that bimanual coordination and reaction time predicted transfer performance
-found that individual differences in perceptual motor ability may predict learning

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3
Q

Motor aptitude test

A

-to determine how individuals will respond to practice

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4
Q

3 main areas of concern for people looking to take on individual differences research

A

-differences in initial performance
-differences in the rate of skill acquisition
-differences in maximum skill levels

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5
Q

Types of transfer

A

-positive
-negative

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6
Q

Positive transfer

A

-experience helps the learner perform the new skill

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7
Q

Negative transfer

A

-experience ay hamper the performance of the new skill (driving on opposite side of the road than usual)

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8
Q

Pre-post design

A

-performance prior to acquisition is compared to performance in retention and transfer
-uses a difference score

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9
Q

Low difference score

A

-less improvement

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10
Q

High difference score

A

-more improvement

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11
Q

Difference score

A

=RMSEpost - RMSEpre

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12
Q

Three phase theory

A

-3 phases that affect learning

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13
Q

Phase 1

A

-initial learning stage
-strong attentional and cognitive demands

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14
Q

Phase 2

A

-integration and consolidation
-perceptual speed and comparison and contrast abilities

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15
Q

Phase 3

A

-skilled performance becomes more proceduralized
-more movement fluidity is achieved and attentional demands are reduced

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16
Q

Support for deliberate practice

A

-although there are differences in improvements, everyone gets better
-invest in everyone
-greater pool of players elicits a higher chance of generating an environment that promotes motor skill acquisition

17
Q

Sound induced flash illusion

A

-people are more accurate at predicting blinks when there is corresponding beeps
-blinks with beeps that do not match will make people think there is more blinks than there actually is

18
Q

Psychometric curve

A

-stimulus intensity at threshold is the intensity at 50%

19
Q

Signal detection theory

A

-we can model probability distributions as signal and noise

20
Q

Stimulus criterion

A

-if the perceived intensity is greater than the criterion stimulus is detected
-if perceived intensity is less than criterion stimulus is not detected

21
Q

Possible stimulus identification outcomes

A

-hit
-false alarm
-correct rejections
-miss

22
Q

Hit

A

-stimulus was presented and individual detected it

23
Q

False alarm

A

-stimulus was detected when there was no stimulus

24
Q

Correct rejection

A

-there was no stimulus and no stimulus was detected

25
Q

Miss

A

-there was no stimulus but a stimulus was detected

26
Q

More liberal criteria

A

-more hits than correct rejections

27
Q

More conservative criteria

A

-more correct rejections than hits

28
Q

Calculating dā€™

A

-dā€™ = Z (for the number of hits) - Z (for the number of FA)

29
Q

AV thresholds and perceptual binding

A

-investigated individuals differences of perception in mcgurk stimulus could be related to variability in temporal binding window

30
Q

Visual cortex activation

A

-high performers showed more during drawing than low performers