Learning and Memory (CH3) Flashcards

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1
Q

Repeated exposure to the same stimulus can cause a decrease in response called?

A

Habituation

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2
Q

The recovery of a response to a stimulus after habituation has occurred.

A

Dishabituation

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3
Q

The creation of a pairing, or association, between two stimuli or between a behavior and a response.

A

Associative Learning

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4
Q

A type of associative learning that takes advantage of biological, instinctual responses to create associations between two unrelated stimuli (ex. neutral stimulus to conditioned stimulus).

A

Classical Conditioning (AKA acquisition)

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5
Q

When a stimulus that brings about an innate reflexive response is?

A

Unconditioned Stimulus/Response

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6
Q

How does extinction of a conditioned stimulus happen?

A

If it is presented without the unconditioned stimulus enough times, the organism will become habituated.

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7
Q

If an extinct conditioned stimulus is presented again and there is a weak conditioned response, what is this phenomenon called?

A

Spontaneous Recovery

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8
Q

A broadening effect by which a stimulus similar enough to the conditioned stimulus can produce the conditioned response.

A

Generalization

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9
Q

This is when an organism learns to distinguish between two similar stimuli (ex. Dog can differentiate types of bell rings in Pavlov experiment).

A

Discrimination

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10
Q

A type of associative learning that links voluntary behaviors with consequences in an effort to alter the frequency of those behaviors.

A

Operant Conditioning

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11
Q

This increases the likelihood that a behavior will be performed.

A

Reinforcement

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12
Q

This uses conditioning to reduce the occurance of a behavior.

A

Punishment

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13
Q

The behavior of reducing the unpleasantness of something that already exists.

A

Escape Learning

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14
Q

The behavior of preventing the unpleasantness of something that has yet to happen.

A

Avoidance Learning

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15
Q

Indicates that reward is potentially available in an operant conditioning paradigm.

A

Discriminitive Stimulus

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16
Q

Rules or laws made in a society can be used to reinforce or punish behavior.

A

Formal Sanctions

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17
Q

Ostracization, praise and shunning can be used to reinforce or punish social behavior without depending on rules established by social institutions. This is called?

A

Informal Sanctions

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18
Q

With this type of reinforcement schedule, researchers might reward a rat with a food pellet every third time it presses the bar in its cage.

A

Fixed-Ratio Schedule

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19
Q

With this type of reinforcement schedule, researchers might reward a rat first after two button presses, then eight, then four, then finally six.

A

Variable-Ratio Schedule

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20
Q

With this type of reinforecement schedule, once our rat gets a pellet, it has to wait 60 seconds before it can get another pellet. The first lever press after 60 seconds gets a pellet, but subsequent presses during those 60 seconds accomplishes noting.

A

Fixed-Interval Schedule

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21
Q

With this type of reinforcement schedule, our rat might have to wait 90 seconds, then 30 seconds, then three minutes. In each case, once the interval elapses, the next press gets the rat the pellet.

A

Variable-Interval Schedule

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22
Q

The process of rewarding increasingly specific behaviors.

A

Shaping

23
Q

Learning that occurs without a reward but that is spontaneously demonstrated once a reward is introduced.

A

Latent Learning

24
Q

Learning a behavior that coincides with an animal’s natural behavior (ex. a bird pecking for food).

A

Preparedness

25
Q

Difficulty in overcoming an instinctual behavior (ex. racoons will naturally rub a coin together and dip it into a bank because of their food gathering instinct).

A

Instinctive Drift

26
Q

The process of learning a new behavior or gaining information by watching others.

A

Observational Behavior

27
Q

Neurons that are located in the frontal and parietal lobes of the cerebral cortex and fire both when an individual performs an action and when that individual observes someone else performing that action.

A

Mirror Neurons

28
Q

We tend to recall information best when we can put it into the context of our own lives, a phenomenon called?

A

Self-Reference Effect

29
Q

Associating each item in the list with a location along a route through a building that has already been memorized.

A

Method of Loci

30
Q

Associating numbers with items that rhyme with or resemble the numbers (ex. one with the sun).

A

Peg-Words

31
Q

A memory trick that involves taking individual elements of a large list and grouping them together into groups of elements with related meaning.

A

Chuncking (Clustering)

32
Q

This part of the brain is responsible for the consolidation of short-term memory into long-term memory.

A

Hippocampus

33
Q

The type of memory allows us to do simple math in our heads.

A

Working Memory

34
Q

Long term memories that are in the hippocampus can be moved to a different part of the brain over time (thus, damage to our hippocampus won’t effect our very long term memories - like our name, birthday, or the faces of our parents). What part of the brain holds these?

A

Cerebral Cortex

35
Q

Memory that consists of our skills and conditioned responses.

A

Implicit (Nondeclaritive/Procedural) Memory

36
Q

Memory that consists of those memories that require conscious recall.

A

Explicit (Declaritive) Memory

37
Q

What are two types of explicit memory?

A
  1. Semantic

2. Episodic

38
Q

The brain organizes ideas as a network of interconnected ideas in which concepts are linked together based on similar meaning.

A

Semantic Network

39
Q

When one node of our semantic network is activated, the other linked concepts around it are also unconciously activated. This process is known as?

A

Spreading Activation

40
Q

When recall is aided by first being presented with a word or phrase that is close to the desired semantic memory.

A

Priming

41
Q

When memory is aided by being in the physical location where encoding took place.

A

Context Effects

42
Q

People who learn facts or skills in a certain state will show better recall or proficiency when performing those same tasks in the same previous state.

A

State-Dependant Memory

43
Q

A retrieval cue that appears while learning lists (ex. there is a much higher recall for both the first few and last items on a list).

A

Serial Position Effect

44
Q

This disease proceeds in a retrograde fashion and involves the loss of ACh in hippocampus neurons. Has the phenomenon of shadowing (increased disfunction in the evening or late afternoon). Findings of beta-amyloid plaques are also included.

A

Alzheimer’s Disease

45
Q

This disease is marked by both anterograde and retrograde amnesia (leading to confabulation). Memory loss is due to a thyamine deficiency.

A

Korsakoff’s Syndrome

46
Q

The process of creating vivid but fabricated memories, typically thought to be an attempt made by the brain to fill in the gaps of missing memories.

A

Confabulation

47
Q

This disease leads to a loss in the ability to recognize objects, people, or sounds, though usually only one of the three. Usually caused by physical damage to brain like a stroke or a neurological disorder like multiple sclerosis.

A

Agnosia

48
Q

A retrieval error caused by the existance of other, usually similar information.

A

Interference

49
Q

When old information is interfering with new learning.

A

Proactive Interference

50
Q

When new information causes forgetting of old information.

A

Retroacitve Interference

51
Q

Memories are heavily influenced by our thoughts and feelings both while the event is occurring and later during recall (ex. confabulation).

A

False Memories

52
Q

Our memories being affected by outside sources.

A

Misinformation Effect

53
Q

This involves confusion between semantic and episodic memory: a person remembers the details of an event, but confuses the context under which those details were gained.

A

Source-Monitoring Error