Outcome 2 Flashcards

(44 cards)

1
Q

what is learning?

A

LEARNING IS A RELATIVELY PERMANENT CHANGE IN BEHAVIOUR THAT IS THE RESULT OF EXPERIENCE.

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2
Q

what are the ( Behaviourist) approaches to learning ?

A
  1. Classical conditioning/respondent conditioning = learning that occurs through repeated association of two (or more) different stimuli.
  2. Operant conditioning = a learning process whereby the consequences of behaviour determine the likelihood that it will be performed in the future.
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3
Q

WHAT IS CLASSICAL CONDITIONING?

A

Classical conditioning is a simple form of learning that occurs as a result of the repeated association of two stimuli.
example: Pavlov experiment dog+food+bell

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4
Q

KEY ELEMENTS IN CLASSICAL CONDITIONING

A

NEUTRAL STIMULUS:
a stimulus before it becomes conditioned causes no response

UNCONDITIONED RESPONSE (UCR):
the response which occurs automatically when the unconditioned stimulus is presented. the ucr is a reflexive or involuntary response as it is predictably caused by an ucs.

CONDITIONED STIMULUS (CS):
the stimulus, which is ‘neutral’ at the start of the conditioning. it would not normally produce the unconditioned response (ucr), but does so eventually because of its association with the unconditioned stimulus (ucs).

CONDITIONED RESPONSE (CR):
the behaviour, which is identical to that of the unconditioned response caused by the conditioned stimulus after conditioning

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5
Q

Factors that influence classical conditioning

A

Nature of the response
The UCR must initially be an automatic or involuntary response, such as a reflex response.

Association of stimuli
Relies on the association of two DIFFERENT stimuli.
The association between the two events occur close together in time and space.

Timing of the NS and UCS pairing
The NS should be presented BEFORE the UCS…and within a very short time between the presentation of the two.

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6
Q

what is OPERANT CONDITIONING and would different consequences do? + example

A
  • Operant conditioning is learning from the consequences of your behaviour

It is a learning process where voluntary behaviour (and its frequency) depends on the consequence that follows that behaviour.

The frequency of behaviour will increase if followed by reinforcement.

The frequency of behaviour will decrease if followed by punishment.

ex. skinner box

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7
Q

THREE PHASE MODEL OF OPERANT CONDITIONING (ABC)

A

antecedent- what happed before
behaviour- what happed
consequence- what happens after

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8
Q

TYPES OF REINFORCEMENT

A

Reinforcement is said to occur when a stimulus strengthens or increases the frequency or likelihood of a response that it follows.
- Positive reinforcement:(+,strengthen)
increases the likelihood of a behaviour by following it with a desirable event or state. The subject receives something they want (added) and this will strengthen the behaviour.

  • Negative reinforcement:(-,strengthen)
    increases the likelihood of a behaviour by following it with the removal of an undesirable event or state
    Something the subject doesn’t like is removed (subtracted) and will strengthen the behaviour
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9
Q

PUNISHMENT

A

An aversive(disliked) event that decreases the behaviour that it follows AND decreases the probability of that response occurring over time.

–> Positive punishment - when a behaviour (response) is followed by an aversive (disliked) stimulus, resulting in a decrease in that behaviour.

–>Negative punishment
(Response Cost) - when a behaviour (response) is followed by the removal of a favourable stimulus, such as taking away a child’s toy following an undesired behaviour, resulting in a decrease in that behaviour.

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10
Q

PROBLEMS WITH PUNISHMENT

A

Punished behaviour is not forgotten – it returns when punishment is no longer eminent

Causes increased aggression – as a way to cope with problems

Creates fear – leads to undesirable behaviours, e.g. fear of school, learned helplessness, depression

Does not necessarily guide toward desired behaviour – reinforcement tells you what to do–punishment tells you what not to do

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11
Q

Comparing classical and operant conditioning

A
  1. The role of the learner –-

In CLASSICAL CONDITIONING THE LEARNER IS PASSIVE – The learner does not have o do anything for the NS, CS or UCS to be presented…and the response occurs automatically without the learner making any effort or actively do anything

–In OPERANT CONDITIONING THE LEARNER IS ACTIVE – The learner operates on the environment BEFORE the consequence. There’s no reinforcement or punishment without performing the behaviour that produces the consequence.

  1. Timing of the stimulus and response
    – In CC, the response (salivation) depends on the presentation of the UCS (meat powder) occurring FIRST.
    - In OC, the response occurs FIRST, then the presentation of the reinforcer or punisher
  2. The nature of the response –
    - In CC, response is INVOLUNTARY
    - In OC, response is VOLUNTARY (and INVOLUNTARY)
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12
Q

what is social learning

A

Social learning is the process by which social influences alter people’s thoughts, feelings and behaviour

Social learning theory suggests that it is possible for people, especially children, to learn through observing the behaviour of others.

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13
Q

OBSERVATIONAL LEARNING (Also called modelling) stages and what is the abbreviation?

A

ARRMR
ATTENTION:
Pay attention in order to observe the modelled behaviour
This is a COGNITIVE aspect of observational learning.
—Attention may be influenced by many factors, (e.g. the motivation and interest level of the observer, or the personality characteristics of the model, arousal level, or characteristics of the event.)

RETENTION:
Mentally represent and retain what has been observed
memory plays an active role in observational learning.
This is a COGNITIVE aspect of observational learning as the memory must be stored and later retrieved to reproduce the behaviour.

REPRODUCTION:
Convert these mental representations into actions (i.e. reproduce them)
The learner MUST HAVE the physical and intellectual ability to convert these mental representations
Your ability to reproduce the modelled response may be restricted by physical limitations.

MOTIVATION:
The learner must want (or have the desire) to imitate the learnt behaviour.

This will depend on whether the leaner believes that there will be a desirable consequence (reinforcement) for reproducing the behaviour.

REINFORCEMENT:
Reinforcement influences motivation to perform the learned behaviour. There’s an incentive for reproducing the behaviour.

The expectation of reinforcement or punishment influences the COGNITIVE process and this effects how well the learner pays attention and retains the memory of the modelled behaviour.

—->Reinforcement can come in many forms:
External reinforcementis comparable to learning by consequences. Eg,receiving a reinforcer such as praise
Vicarious reinforcementoccurs indirectly – e.g. positive consequences received by the model increases the likelihood of the observer imitating the model’s behaviour
Self-reinforcementoccurs when we are reinforced by meeting certain standards of performance we set for ourselves; for example, the sense of pride

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14
Q

Aboriginal and Torres Strait Islander ways of knowing

A

Aboriginal and Torres Strait Islander peoples’ ways of knowing and learning are holistic and relational to Country – the land, waterways and seas to which they are connected through ancestral ties and family origins.
The connection to Country is spiritual and physical, including responsibility for physical safeguarding of the land.

-The knowledge is often in multimodal form and is shared and learnt in multimodal ways (Using a variety of methods)

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15
Q

Knowledge in Multimodal forms – 8 ways

A

Story Sharing
We connect through the stories we share – approaching learning through narrative

Learning Maps
We picture our pathways of knowledge. Images or visuals are used to map out processes for learners to follow

Non verbal
We see, think, act, make and share without words – hands on, non-verbal learning is characteristic

Symbol & Images
We keep and share knowledge with art and objects – using images and metaphors to understand concepts and content

Land Links
We work with lessons from land and nature – ecological and place based – drawn from the living landscape within a framework of profound ancestral and personal relationships with place

Non-Linear
We put different ideas together and create new knowledge

Deconstruct/ Reconstruct
We work from wholes to parts, watching then doing. Begin with Holistic, global, and then scaffolded with a sequence of steps

Community Links
We bring new knowledge home to help our mob – we share the information learnt with others so that they too can learn

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16
Q

key take away from Aboriginal and Torres Strait Islander ways of knowing

A

The key takeaways from this study design are the following:
Knowledge has been passed down through many generations
They use multimodal (aka different methods) to pass down knowledge
Their 8 ways of knowing and learning are holistic
There is a deep spiritual connection to Country* and the knowledge it holds

*This means living and non-living, laws and spiritual beliefs, rather than the traditional word of land and is essentially the knowledge system.

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17
Q

WHAT IS MEMORY?

A

is an active, information-processing system that receives, organises, stores and recovers information.

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18
Q

Memory: 3 key processes

A

Encoding is the entire process of converting information into a useable form or code that can be stored in memory

Storage is the retention of information over time.

Retrieval is the process of locating and recovering the stored information from memory so that we are consciously aware of it.

19
Q

Atkinson-Shiffrin’s multi store model of memory

20
Q

Sensory Memory

A

Sensory memory is a type of memory that stores sensory information in a raw form for very short periods of time.

The 2 types of sensory memory most extensively explored are:
Iconic memory: all information held in the visual sensory register.
Echoic memory: all information held in the auditory sensory register.

Duration+capacity :
Large capacity
about 0.2–4 second

Iconic memory (visual): ~0.3 sec
Echoic memory (auditory): 3–4 sec

21
Q

Short-term Memory (STM)

A
  • Temporary working memory where we manipulate information to perform every day functions
  • Holds info we are consciously aware of
    Receives info from the sensory register and long-term store
  • Limited capacity of around 7 +/- 2 items
  • Duration of only 18-20 seconds but can sometimes linger for 30 seconds unless strategies such as rehearsal used. (maintenance rehearsal)
  • Rehearsal is crucial to enable further encoding and preventing decay of the memory trace.
  • Rehearsal also helps strengthen it in the long-term store (elaborative rehearsal)
  • When STM is full, new items can only be added by pushing out (displacing) old items.
  • Decay occurs when info is not rehearsed and simply fades with disuse over time.

STM can also be called working memory.
Info can be ‘worked on’
Integrates sensory info and LTM and can manipulate this info.
Info only stays in WM while we process, examine or manipulate it.

22
Q

Long Term Memory

A

LTM is a relatively permanent memory system which has an unlimited capacity for storing information for a relatively unlimited duration.
LTM stores information semantically. ie. encoding is elaborative, according to meaning.

23
Q

what are the different explicit memory(w/ awareness) components?

A

Episodic memory is the long-term memory of personally experienced events (‘what’) associated with a particular time (‘when’) and place (‘where’). Your memory of your first day at school

semantic memory is the long-term memory of facts and knowledge about the world.

24
Q

what are the different implicit memory(w/o awareness) components?

A

Procedural memory is the long-term memory for the skills involved in particular tasks. It is essentially our memory of ‘how to do something’.

classically conditioned memory: conditioned response to conditioned stimulus

25
what are the brain areas involved in explicit and implicit memory?
explicit memory: hippocampus, amygdala and neocortex implicit memory: basal ganglia and cerebellum
26
Hippocampus
The hippocampus has a crucial role in the formation and encoding of new semantic and episodic memories. It also helps ensure that memories are neurologically stable and long-lasting roles----- - The hippocampus is a vital processing site for explicit long-term memories - The hippocampus has a crucial role in the formation and encoding of new semantic and episodic memories. - hippocampus also plays a role in the formation of emotional memories - The hippocampus is also important for spatial memory
27
Hippocampus & Spatial memory
Hippocampus & Spatial memory The hippocampus is also important for spatial memory, which is an explicit memory for the physical location of objects in space. Spatial memory is what enables us to navigate from place to place and to learn and remember locations.
28
Hippocampus & Amygdala
Through its interaction with the amygdala, the hippocampus also plays a role in the formation of emotional memories, particularly the explicit memory component of an emotional event. When emotionally aroused, we form semantic and episodic memories about the situations in which these occur and the hippocampus enables neural representations of this information as explicit memories.
29
Hippocampus = Consolidation
A period of time (usually 30 minutes) is required for a memory to become long-lasting. Consolidation is the neurobiological process of making a newly formed memory stable and enduring. Consolidation is required to transfer information to long-term memory for storage. Once consolidated, memories can be changed during retrieval through reconsolidation. The hippocampus processes and transfers information to the neocortex, it does not store memories unchangeable. When a memory is retrieved, it is open to further consolidation and has to be ‘re-stabilised’ through the process called reconsolidation. 
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Hippocampus = Explicit Memories
Vital processing site for explicit long-term memories. Transfers memories to the neocortex for long-term storage. Integrates new information with existing information to form networks of memories. Integration helps ensure organized long-term storage and efficient retrieval.
31
Amygdala
Amygdala Located just above and interconnected with the hippocampus in the medial temporal lobe. Processes and regulates emotional reactions, especially fear and anger. Amygdala & Classically Conditioned Fear Responses Involved in the formation and consolidation of emotional memories. Research focuses on classically conditioned fear responses involving implicit memory. Damage to the amygdala impairs the acquisition of conditioned fear responses. Amygdala, Adrenaline & Noradrenaline We are more likely to remember emotionally charged events. Emotional arousal at encoding influences the strength of LTM. Adrenaline and noradrenaline stimulate the amygdala to attach more emotional significance to the experience. Amygdala & Flashbulb Memories Contributes to the formation and storage of long-term explicit memories, specifically flashbulb memories. A flashbulb memory is a vivid, detailed, and long-lasting memory of a surprising, consequential, or emotionally arousing event.term storage of the relevant emotional details during the memory consolidation process.
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neocortex
A crucial role is interaction with the hippocampus in the formation, consolidation, storage and retrieval of long-term explicit memories. The neocortex has a vital role in the retrieval process from memory Generally, long-term explicit semantic and episodic memories are widely distributed throughout the neocortex. Their permanent storage tends to be in the areas where the relevant information was first processed.
33
Basal ganglia
The basal ganglia lying deep within the brain with extensive connections to the neocortex and other brain areas has a role in long-term implicit memories involving motor skills. This role has been associated with the impaired voluntary movements of people diagnosed with Parkinson’s disease; basal ganglia is also involved in the implicit memories of motor skills associated with voluntary movements Damage to the basal ganglia and cerebellum affects motor skill memory,
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Cerebellum
The cerebellum is a structure at the base of the brain with several roles, including coordinating fine muscle movements, regulating posture and balance, and various perceptual and cognitive processes. In relation to memory, the cerebellum is involved in forming long-term motor skill memories and storing implicit memories of simple conditioned reflexes. It is involved in activities requiring skilled, timed, and fluent sequences of movements, such as touch-typing or playing the piano. It also plays a role in everyday voluntary movements, like reaching for a cup of coffee.
35
Episodic Versus Semantic memories (autobiographical)
Semantic memories refer to the organized factual knowledge you have about the world (e.g. the capital of Australia, the main ingredient in an omelette) Episodic memories refer to our ‘diary like’ record of personal experiences. They contain memories of distinct personal events (or episodes). E.g. the memory of your 16th birthday, or an accident you witnessed. The distinction between the two appear clear-cut…BUT more recent research suggests that this is not so clear as they interact not only to retrieve past events but also to imagine future events. Research suggests: The semantic and episodic systems STORE different information BUT OFTEN WORK TOGETHER in forming new memories called AUTOBIOGRAPHICAL MEMORIES. AUTOBIOGRAPHICAL MEMORY is a memory system consisting of episodes recalled from a a person’s life, based on a mixture of episodic (such as sensory details, thoughts and emotions, details that relate to times and places) and semantic (including general knowledge, personal facts without context) memory.
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Constructing possible imagined futures
Episodic future thinking (mental time travel) involves a process of active construction of events that have not yet occurred but that is based on past events and knowledge. More specifically, episodic memory provides the episodic elements (e.g. people, objects, locations) AND Semantic memory provides a framework (SCHEMA) for constructing and organising the episodic future thinking.
37
Alzheimer's disease + symptoms
Alzheimer disease is a neurodegenerative disease that results from a loss of neurons in the hippocampus and causes memory loss and personality change. It is characterised by a loss of episodic memory in early stages, but as it progresses, the impact on semantic memory is seen as well. Symptoms: Difficulty storing new explicit memories (ANTEROGRADE AMNESIA) Initial site of degenerations are neurons in HIPPOCAMPUS (encodes explicit LTM) As illness progresses symptoms include difficulty with well learnt routines, motor movements (driving to local shopping centre), personality changes and language difficulties
38
Biological causes of Alzheimer’s disease
* amyloid plaques (protein deposits)This abnormal build-up forms plaques between the synapses of neurons and so interfere with communication. *Neurofibrillary tangles occur when protein builds up inside the neuron and are associated with cell death. * Cortical shrinkage * Imbalance in acetylcholine (neurotransmitter)
39
how to diagnose Alzheimer?
The amyloid plaques can cause brain lesions, which can then be identified through brain imaging. Diagnosis is not confirmed until an autopsy is performed.
40
Aphantasia
Aphantasia is a phenomenon in which people have difficulty visualising imagery. If you were to ask a person with aphantasia to imagine something, they will have limited visual / mental image to accompany this knowledge. There is no known ‘cure’ for aphantasia. Symptoms include: Struggling to remember or ‘relive’ autobiographical events Having difficulty imagining future or hypothetical events Having problems with factual memory Dreaming less Decreased imagery involving other senses like sound or touch Trouble with facial recognition Causes include: Scientists aren’t sure what causes aphantasia suggested that areas involved in visual imagery, such as the visual cortex, may be underactive (based on neuroimaging studies e.g. fMRI – see images below) Aphantasia can be congenital (present from birth) or can be acquired (due to brain injury or significant psychological event). Neo-cortex underactive when asked to visualise (occipital lobe)
41
Comparing and Contrasting Aphantasia and Alzheimer’s
SIMILARITIES  Both can occur due to injury. Injury increases the chances of acquiring both.     Both seem to have a neurological basis (hippocampus damage and visual regions in brain are less active based on neuroimaging studies).     DIFFERENCES   Aphantasia is not a neurodegenerative diseases, whereas Alzheimer’s is the result of gradual and ongoing atrophy to the brain regions e.g. hippocampus (neurons degenerate over time with no cure)  
42
Written Culture Mnemonics
✅ Acronyms A word formed from the first letters of a list. E.g., HOMES to remember the Great Lakes (Huron, Ontario, Michigan, Erie, Superior). ✅ Acrostics A sentence or phrase where each word starts with the same letter as the items to be remembered. E.g., "My Very Educated Mother Just Served Us Nachos" for planets. ✅ Method of Loci converts items into mental images and associates them with specific locations to aid memory (involves visualisation). A visual-spatial mnemonic where information is mentally placed along a familiar path (e.g., rooms in a house). The learner mentally "walks through" the space to retrieve the information. Function: These mnemonics enhance encoding, storage, and retrieval by creating structured, often meaningful or visual cues.
43
Oral culture mnemonic
Oral culture mnemonic: a culture where information and stories are communicated by word of mouth sung narrative used by oral cultures, including Aboriginal peoples’ use of songlines 🎵 Sung Narrative Information is embedded in rhythm, rhyme, and melody. Stories, genealogies, and facts are passed down orally through repetition. The melodic and rhythmic structure supports memory through chunking and pattern recognition. 🪃 Aboriginal Songlines Also called Dreaming tracks. A complex system where songs encode spatial, spiritual, and practical knowledge of the land. Each songline maps a journey across Country, linking sacred sites, seasonal changes, animals, and water sources. These are mental maps that combine story, song, and geography for survival and cultural continuity.
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stimulus generalisation
Stimulus generalisation occurs when a learned response (conditioned response) is elicited not only by the original conditioned stimulus (CS) but also by similar stimuli.