learning goals weeks 13-18 Flashcards

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1
Q
  • Understand the problems with attempting to define categories.
A

Attempting to define categories can be difficult sometimes because different things can fit into different categories, there are sometimes fuzzy categories, and things can fit into more than one category.

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2
Q
  • Understand typicality and fuzzy category boundaries.

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A

Typicality - how easily a category fits into a concept
Ex. an apple in the fruit category is very typical, whereas a pumpkin in the same category is not typical.
Fuzzy category boundaries - hard to define boundaries for certain objects because they can fall into many categories, or some categories that are difficult to define, ex. furniture.

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3
Q
  • Learn about theories of the mental representation of concepts.
A

Exemplar theory - your concept from a category relies on different examples you’ve seen overtime. Ex. for the category of dogs, you would remember different examples of dogs you’ve seen before (ex. Labs, chihuahuas, etc.) and think of them as the category as a whole.
Prototype theory - every concept from one category merges into one and represents the entire category. Ex. every single kind of tree you’ve ever seen merges into one idea- or prototype in your brain and this serves as the entire concept in your head. You would have a concept of one tree with all characteristics you’ve ever seen in one representation.

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4
Q
  • Learn how knowledge may influence concept learning.
A

Knowledge influences concept learning since we all learn in different ways. Our different points of view will lead to us categorising things differently. For example, I would place a tomato in the fruits category, but someone else may place it in the vegetables c

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5
Q
  • Be able to identify and describe the main areas of cognitive development.
A

Reasoning, intelligence, language, and memory

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6
Q
  • Be able to describe major theories of cognitive development and what distinguishes them.
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A

Piaget’s stages: children develop in cognitive stages
Sensorimotor: children aged birth to 2 years, infants learn about the world by interacting with it
Preoperational: language develops here 2-7 years old
Concrete operational: children aged 7-12 where they can investigate concepts but not understand abstract concepts yet
Formal operational: people aged 12+ where they can solve complex problems, reason, and use logic.
Sociocultural theory - SES and other other social factors contribute to cognitive development

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7
Q

Learn how knowledge may influence concept learning

A

The knowledge approach to concepts emphasizes that concepts are meant to tell us about real things in the world, and so our knowledge of the world is used in learning and thinking about concepts
An important aspect of people’s knowledge about categories is called psychological essentialism

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8
Q

Know the basic symptoms of ASD

A

Usually emerges in the first 3 years and persists throughout a person’s life
The presence of difficulties in social interactions and communication combined with the presence of repetitive/restricted interests, cognitions and behaviours
Slowed processing of faces

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9
Q

Distinguish the components of the social brain and understand their differences in ASD

A

The social perception of the social brain = the initial stages in the processing of information that culminates the accurate analysis of the dispositions and intentions of other individuals

Brothers had suggested the social brain→ a set of interconnected neuroanatomical structures that process social information, enabling the recognition of other individuals and the evaluation their mental states (eg intentions, dispositions, desires and beliefs)

Consists of the amygdala, the orbital frontal cortex (OFC), fusiform gyrus (FG), the posterior superior temporal sulcus (STS) region, etc
Amygdala helps us recognize the emotional states of others

fMRI and ERP have been used to understand people with autism’s social brain

Individuals with ASD
Display reduced sensitivity to biological motion (children)
Have reduced activity in the STS during biological motion perception
People at an increased genetic risk for ASD but who do not develop symptoms of the disorder (eg unaffected siblings of individuals with ASD( show increased activity in this region→ hypothesized to be a compensatory mechanism to offset genetic vulnerability

People with autism do not have a “functioning” social brain

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10
Q

Give examples of the role and function in each of the three areas described

A

Intrapersonal→ emotions help us act quickly with minimal conscious awareness (eg disgust)
Emotions prepare the body for immediate action
Emotions influence thoughts
Emotions motivate future behaviours

Interpersonal→ expressed both verbally through words and non-verbally (eg communication throughout humans)
Emotional expressions facilitate specific behaviours in perceivers
Emotional expressions signal the nature of interpersonal relationships
Emotional expressions provide incentives for desired social behaviour

Social referencing→ a process whereby infants seek out information from others to clarify a situation and then use that information to act (eg visual cliff experiment)

Social and cultural→ hungry→ goes to the store to buy food

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11
Q

Identify the five features that distinguish emerging adulthood from other life stages

A
The age of identity explorations
The age of instability
The self-focused age
The age of feeling in-between
The age of possibilities
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12
Q

Explain research approaches to studying aging

A

Cross-sectional studies provide information with age-group differences
Both life course and life span researchers generally rely on longitudinal studies to examine hypotheses about different patterns of aging associated with the effects of biogenetic, life history, social and personal factors
The psychometric approach has identified two categories of intelligence that show different rates of change across the life span
Subjective age is a multidimensional construct that indicates how old (or young) a person feels and into which a person categories him/herself
Asking people how satisfied when they are own aging assesses an evaluative component of age identity
Measures of global subjective well-being assess individuals’ overall perceptions of their lives
Hedonic well-being refers to the emotional component of well-being and includes measures of positive and negative affect
The pattern of positive affect across the adult life is similar to that of global well-being
Average life expectancy

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13
Q

Compare and contrast satisfaction and satisfactoriness

A

Satisfactoriness (competence)
Satisfaction (fulfillment)
The individual is motivated to maintain contact with the environment and the environment is motivated to retain the individual; if one of these dimensions is dis-correspondent the individual is motivated to leave the environment/the environment is motivated to dismiss

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14
Q

Discuss why the model of talent development offered in this module places equal emphasis on assessing the person and assessing the environment

A

Theory of Work Adjustment
Provides a useful organizational scheme for this treatment by outlining critical dimensions of human individuality for performance in learning and work settings (and in transitioning between such settings)
Places equal emphasis on assessing the individual (abilities and interests) and the environment (response requirements and reward structures)

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15
Q

Understand the issue of an “ability threshold” beyond which more ability may/may not matter

A

Certain intelligence metrics may indicate an ability threshold, where assessment and criterion measures show no variance and thus no covariance past a certain point (eg IQ > 137)
For this reason once an ability threshold is crossed more ability does not matter and will not translate into increased performance
Ability thresholds may be falsely indicated in cases where appropriate assessment methods lack sufficient scope in the extreme range being observed (eg gifted/intellectually talented populations)
Modern methods which measure g in its full scope can correct for these errors

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16
Q

List personal attributes other than interests and abilities that are important to individual accomplishment

A

People with the same intellectual equipment vary widely in their motivational proclivities
The dominant model of vocational interests show a hexagonal structure consisting of 6 general themes; realistic, investigative, social, artistic, enterprising and conventional
These themes covary inversely with the distance between them (R-I-A-S-E-C)
Individual differences in accomplishments stem more from abilities, interests and opportunity; other conative determinants are critical catalysts
Labels such as pace, endurance, and typical intellectual engagement are used to define resources that people call upon to mobilize their abilities and interests over protracted intervals
Conative determinants are distinct from abilities as they have more to do with differences in energy/psychological tempo rather than the content of what people can do/how rapidly they learn
Exceptional performers are deeply committed to what they do

17
Q

Develop strategies for making better decisions

A

Define the problem
Identify the criteria necessary to judge the multiple options
Weight the criteria
Generate alternatives
Rate each alternative on each criterion
Compute the optimal decision
System 1 and System 2 decision making
System 1 processing is out intuitive system (which is typically fast, automatic, effortless, implicit and emotional)
System 2 refers to decision making that is slower, conscious, effortful, explicit, and logical

18
Q

Identify at least three aspects of emotion experience beyond positivity and negativity of the emotion that affect the link between emotion experience and well-being

A

The intensity of the emotion experienced
The fluctuation of the emotion experienced
The context on which the emotion is experienced

19
Q

Name five emotional systems and their associated neural structures and neurotransmitters

A

Desire: the neural systems of reward seeking
Later hypothalamus, cortical/mesencephalic regions to which the hypothalamus is connected
The regions in the desire system also include the amygdala, nucleus accumbens and frontal cortex
Dopamine (produced in the mesolimbic and mesocortical dopamine circuits) activates these regions
Creates senses of excitement, meaningfulness and anticipation
“Liking”: the neural circuits of pleasure and enjoyment
Nucelus accumbens and posterior half of the ventral palldium
Sensitive to opioids and endocannabinoids
Orbitofrontal cortex
Fear: The neural system of freezing and fleeing
The fear circuit extends from the central amygdala to the periaqueductual gray in the midbrain
Sensitive to glutamate, corticotrophin releasing factor, adreno-cortico-trophic hormone, cholecystokinin and several different neuropeptides
Rage: The circuits of anger and attack
Medial amygdala, specific parts of the hypothalamus, and into the periaqueductal gray of the midbrain
When humans are angered they show increased left frontal cortical activation (this shows that anger is an approach-related emotion)
Love: the neural systems of care and attachment
Important regions for maternal nurturing include the dorsal preoptic area and the bed nucleus of the stria terminalis
These regions overlap with the areas involved in sexual desire and are sensitive to some of the same neurotransmitters→ oxytocin, arginine-vasopressin and endogenous opioids (endorphins and enkephalins)
Grief: The neural networks of loneliness and panic
Periaqueductal (very close to the area that produces physical pain responses, suggesting that it may have originated by from the pain circuits)
Separation distress can also be evoked by stimulating the dorsomedial thalamus, ventral septum, dorsal preoptic region and areas in the bed nucelus of the stria terminals (near sexual and maternal circuits)
These regions are sensitive to endogenous opiates, oxytocin and prolactin

20
Q

Discuss multiple affective functions of the amygdala and the nucleus accumbens

A
Amygdala
Plays a role in reward seeking
Plays a role in fear response
Visual cortex sends information to the amygdala
Plays a role in the anger circuit
Nucleus accumbens
Plays a role in pleasure and enjoyment
21
Q

Name several specific human emotions, and discuss their relationship to the affective systems of nonhuman animals

A

The responses of specific neural regions may be modified by experience as a result of a specific property of our brain known as plasticity
Studies have been conducted in the nucleus accumbens showing how a front-back distinction (appetite and fear respectively) in its functions can be modified following exposure to stressful environments
Many structures involved in affective neuroscience are more accurately referred to as complexes, which include distinct groups of nuclei that perform different tasks
Their activity cannot be accurately examined using current noninvasive neuroimaging techniques