Use LEFT and RIGHT arrow keys to navigate between flashcards;
Use UP and DOWN arrow keys to flip the card;
H to show hint;
A reads text to speech;
81 Cards in this Set
- Front
- Back
circadian rhythm
|
-24 hour biological clock, continue even w/o external cues (light)
- body temperature, secretion of growth hormones, sleep and wakefulness |
|
stage 1 sleep/theta waves
|
transitional stage of light sleep (1-7) min, hypnic jerks
|
|
What stage hypnic jerks
|
stage 1
|
|
stage 2 sleep/alpha waves
|
sleep spindles, continued decline of breathing and heart rate, muscle tension and body temperature (10-25 min)
|
|
Stage 3 & 4 sleep/delta waves
|
high amplitude low frequency delta waves, deep sleep, 30 minutes
|
|
REM sleep (replaces stage 1)
|
rapid and choppy brain waves, increased heart rate, rapid and irregular breathing, darting eye movement, sexual arousal, paralysis of body, DREAMS
|
|
How many hours of dreams per n ight
|
1.5-2
|
|
night terrors
|
stage 4 sleep, screaming
|
|
nightmares
|
REM sleep, dreaming, traumatic experiences
|
|
sleep walking (what stage)
|
stage 3
|
|
reticular formation
|
brain structure important to sleep and wakefulness, in the core of the brainstem
|
|
sleep deprivation
|
sleep debt is created, does not go away
|
|
sleep debt
|
impairment in attention, reaction time, motor coordination, decision making, memory, immune system functioning
|
|
latent content (of a dream)
|
hidden meaning of events in dream
|
|
manifest content (of a dream)
|
surface story of a dream
|
|
cognitive-problem solving view of dreaming
|
dreams allow creative thinking not constrained by logic
|
|
Activation-Synthesis model of dreaming
|
dreams are side effects of neural activity
cortex constructs a dream to make sense out of seemingly unconnected signals |
|
Freudian view of dreaming
|
wish-fulfillment
|
|
stimulants
|
drugs that increase CNS activity and behavioral activity
produce euphoria and alertness, due to elevated activity in dopamine circuits |
|
amphetamines
|
increase release of dopamine and norepinephrine into synapses & interfere w/ reuptake
|
|
alcohol withdrawal
|
can produce fever, chills, tremors, convulsions, vomiting, cramps, diarrhea and severe aches and pains
|
|
classical conditioning
|
Pavlov-- associate two stimuli
|
|
operant conditioning
|
Skinner-- associate a response and its consequences
|
|
neutral stimulus
|
elicits no reaction (CC)
|
|
acquisition (CC & OC)
|
initial stage of learning where associations between stimuli (CS & UCS) are formed.
|
|
extinction (CC & OC)
|
when CS is presented many times without the UCS, CR response occurs less and less
|
|
generalization (CC & OC)
|
occus when an organism responds to new stimuli besides the original stimulus
|
|
discrimination (CC & OC)
|
organism doesn't respond to other stimuli that resemble original stimulus
|
|
primary reinforcer
|
events that are reinforcing b/c satisfy biological needs
|
|
secondary reinforcer
|
events become reinforcing by being associated w/ primary reinforcers
|
|
high-order conditioning
|
conditioned stimulus functions as if it were an unconditioned stimulus
dog--> meat w/ tone, just tone, tone w/ green light CC does not depend on presence of genuine, natural UCS |
|
shaping
|
acquisition of operant response through reinforcing close and closer approximations of desired response.
|
|
learned helplessness
|
passive behavior procused by exposure to unavoidable aversive events
|
|
instinctive drift
|
tendency of animals innate responses to interfere w/ conditioning
|
|
observational learning
|
organisms responding is influenced by observation of others- MODELS
|
|
latent learning
|
learning that is not apparent from behavior when it first occurs
|
|
Bandura , Ross & Ross study
|
observational learning-- can be just as effective as CC or OC
nursery school kidsviolence on tv-- observers more likely to imitate another's behavior when it leads to positive consequences rather than negative media violence-- makes kids more prone to aggressive behavior |
|
what does the strength of the CR depend on?
|
the percentage of trials in which the CS and UCS are paired
|
|
classical conditioning vs. operant conditioning
|
classical-- reflexive, involuntary responses, stimulus precedes
operant-- voluntary responses, come to be controlled by their consquences NOT ABSOLUTE DISTINCTION, JOINTLY AND INTERACTIVELY GOVERN SOME ASPECTS OF BEHAVIOR |
|
avoidance learning
|
organism aquires response tat prevents some aversive stimulation from occuring
light coming on before shock, rat runs at light |
|
escape learning
|
organism acquires a response that decreases or ends some aversive stimulation
rat leaves shock floor for non shock floor |
|
sensory memory
|
preserves information in its original form for a very brief time
very large capacity |
|
cued recall
|
multiple choice test
|
|
free recall
|
open ended question
|
|
flashbulb memory
|
memory for an emotional, surprising event-- feel very vivid and accurate but are no more accurate than everyday memories
|
|
dual-coding theory
|
Paivio) memory is enhanced by forming semantic and visual codes since either can lead to recall
|
|
self-referent encoding
|
deciding how or whether information to remember is personally relevant
|
|
chunking
|
grouping single units as familiar stimuli
FB INB CC IAIB M --> RBI NBC CIA IBM |
|
retrieval cues
|
retrieving memories in terms of context
|
|
transfer appropriate processing
|
emphasize the importance of match between encoding and retrieval processes
(match study and test conditions) |
|
semantic network
|
nodes representing concepts, joined together by pathways that link related concepts
|
|
method of loci
|
taking an imaginary walk along a familiar path where images of items to be remembered are associated with certain locations
|
|
ineffective encoding
|
information may have never been inserted in memory, can't forget something haven't learned-- pseudoforgetting
|
|
decay
|
forgetting occurs because memory traces fade with time
|
|
proactive interference
|
previous/old information interferes with retention of new information
|
|
retroactive interference
|
recent information interferes with retention of old information
|
|
serial position effect
|
subjects show better recall for items at the beginning and end of a list than for items in the middle
|
|
misinformation effect
|
memory for an event is altered by misleading POST-EVENT information
kidnapping case in video |
|
Roediger & McDermott
|
paradigm for memory illusion (sleep list)
subjects recall non-presented target word 50% of the time recognition test-- recognized non-presented target word 80% of the time |
|
key player in memory processes
|
hippocampal
|
|
medial temporal lobe memory system
|
may be responsible for consolidation of memoriesde
|
|
declarative memory
|
memory for facts and information, contains episodic and semantic memory
|
|
non-declarative memory
|
memory for actions, skills and conditioned responses
|
|
episodic memory
|
dated recollections of personal experiences
|
|
semantic memory
|
non-dated recollections of general facts
|
|
schema
|
organized cluster of knowledge about a particular object or event abstracted from previous experience with the object or event
|
|
cryptamnesia
|
inadvertent plagiarism when people come up with an idea they think is their own, but they actually heard it somewhere else before
|
|
retrograde amnesia
|
loss of memories for events that occurred prior to the onset of amnesia
|
|
anterograde amnesia
|
loss of memories for events that occur after the onset of amnesia
|
|
memory improvement techniques (encoding)
|
D--istributed space practice
I-- interference minimized G-- generation effect I-- imagery (visual) T-- testing yourself M--mneumonics O-- organize O-- overlearn R-- relate to self E-- elaboration |
|
TECHNIQUES FOR MAXIMIZING MEMORY RETRIEVAL
|
Macs-- MATCH STUDY AND TEST CONDITIONS
Red-- RETRIEVAL CUES Car-- CONTEXT |
|
generation effect
|
create your own study materials to enhance encoding
|
|
conditioned taste aversion
biological constraint on learning |
if we become ill, more quickly to develop aversions to taste/odor, NOT sights or sounds associated w/ food
|
|
what is largely responsible for regulating circadian rhythm?
|
exposure to light
|
|
what kind of waves are in sleep stages 1-2?
|
theta waves
|
|
what kind of waves are in sleep stages 3-5?
|
delta waves
|
|
what kind of waves during waking?
|
beta
|
|
short term vs. working memory
|
short term-- based on storage and rehearsal
long term-- based on storage, active processing and possible manipulation |
|
three types of retrieval and examples
|
recognition-- multiple choice
cued recall-- fill in the blank free recall-- open ended |
|
3 ways to forget
|
--inefficient encoding
--interference (proactive and retrograde) --displacement |
|
Why is the sleep of an alcoholic not refreshing?
|
Because they spend less time in REM sleep
|