1/75
Name | Mastery | Learn | Test | Matching | Spaced |
---|
No study sessions yet.
phones
the most basic speech sounds for all humans
phonemes
the most basic speech sound of a language
morphemes
speech sounds collected into meaningful units
syntax
rules for word order in sentences
cooing
At 6-8 weeks, babies engage in _____, which produces all phones for human language
babbling
At 4 months, babies engage in ____, which produces phonemes for just their language.
repeating pairs
Ex. baba / dada; characteristic of 4 months
holophrases
At one year, babies engage in _____, or one word utterance.
telegraphic speech
At 18 months, babies engage in ______, which includes speaking a few words at a time.
Noam Chomsky
this person developed the theory of language acquistion device in our brain
Paul Broca; Broca’s area
this person discovered an area in the left frontal lobe in 1865; proved difficult to PRODUCE normal speech when damaged
Carl Wernicke; Wernicke’s area
this person discovered an area in the left temporal lobe in 1874; proved difficult to UNDERSTAND speech when damaged
Benjamin Lee Whorf
this person believed in linguistic determinism and thought that we could not think of things we have no words for
linguistic determinism
states that language determines the way we think
aphasia
the impairment of language
learning
the process of acquiring new information / behaviors that stay with us in permanent ways
reflexes
a species’ response due to change in environment; usually not referred to as learning
instincts
complex set of preprogrammed behaviors for a species; usually not referred to as learning
associationism
early perspective of psychology used to learn
Ex.
you go to your friend’s house and eat yummy food
you think about your friend’s house the next day
you salivate becuase you associate the house with yummy food
associative learning
also known as conditioning; two types are classical and operant
biological preparedness
suggests organisms are innately predisposed to associate some stimuli and responses easier than others
fear conditioning
more likely to develop phobias with things that are a threat to survival; helps avoid potentially dangerous situations in the future
taste aversion
associate taste of food with illness; illness does not need to be directly associated but just happened to follow consumption; protects individual from
learning predisposition
innate tendencies for language especially in the early childhood
language acquisition
critical period hypothesis; suggests there is an optimal time window for acquiring language
imprinting
practice of young animals done to form attachments during critical period early in life
Ivan Pavlov
a Russian physician and neurophysiologist that founded classical conditioning
classical conditioning
process of making an originally neutral event linked to something naturally paired
Pavlovian experiment
experiment where conditioned dogs salivated at the ring of a bell
neutral stimulus
stimulus that does not originally exicit a reponse
unconditioned stimulus
stimulus that automatically elicits a response; happens without any learning
conditioned stimulus
stimulus that elicits a response due to repeated pairings
standard pairing
putting the neutral stimulus before unconditioned stimulus
delay conditioning
delay between presentation of NS and US
Ex. Pavlov waits 45 secs after ringing the bell to present food
temporal conditioning
there is no tangible NS, but US is presented a regular interval schedule
Ex. Pavlov gives his dogs food every hour —> dogs salivate every hour
simultaneous conditioning
UNSUCCESSFUL; NS and US presented at the same time
backwards conditioning
UNSUCCESSFUL; US presented before NS
acquisition
process of classical conditioning where learning is occurring
extinction
subject forgets relationship between NS and US; occurs when CS too many times w/o US
savings
when you want to recondition a forgotten response; process may take less time than original round
spontaneous recovery
conditioned response appears out of the blue one day
stimulus generalization
subject CAN’T tell the difference between similar stimuli
stimulus discrimination
subject CAN tell the difference between similar stimuli
John Watson
this professor from John Hopkins created the controversial “Little Albert” experiment
Mary Cover Jones
psychologist who found a way to decondition fears from children that were experimented on
Garcia Effect
occurs when one eats a food, felt sick, and was never able to eat the food again
reinforcer
behavior strengthened; anything that makes the behavior more likely to occur again
punisher
behavior diminished; any event that makes the behavior less likely to occur again
Law of Effect
states that behaviors will increase with reward and decrease with punishment; established by Edward Lee Thorndike
Burrhus Frederic Skinner (B. F. Skinner)
developed the operant chamber called “Skinner Box” that had a bar or key that an animal manipulated to get rewards
positive reinforcement
INCREASES behavior by INCREASING something desirable
Ex. do homework = candy
negative reinforcement
INCREASES behavior by DECREASING negative stimuli
Ex. do homework = less chores
positive punishment
DECREASES behavior by INCREASING something undesirable
Ex. stops misbehaving by getting more chores
negative punishment
DECREASES behavior by DECREASING positive stimuli
Ex. taking away cellphone when doomscrolling
primary reinforcers
reinforcers used to satisfy innate, biological needs for survival (Ex. food and warmth)
conditioned / secondary reinforcers
reinforcers learned to associate with primary reinforcers
Ex. money —> value that could be used at a later time
shaping
technique for behavior change
successive approximations of behavior
rewards smaller behaviors that lead to bigger ones
Ex. training dog to fetch newspaper —> reward every time he gets closer
Premack Principle
using high-probability behaviors to reinforce low-probability behaviors
Ex. eating vegatables (low prob) before dessert (high prob)
continuous reinforcement
reinforcing desired response every time it occurs; can lead to unwarranted consequences
partial reinforcement
reinforces desired response only some of the time; takes more time but less likely to o be extinct
fixed-ratio schedule
fast learning; reinforcing response after set number of reponses
Ex. dog sits 5 times —> reward; dog understands he is rewarded every 5th time
variable-ratio schedule
fast learning; reinforces response after avg number of occurred responses; more unpredictable but hard to go extinct because of unpredictability
Ex. lottery, slot machine
fixed-interval schedule
scalloped learning; reinforce response only after set amount of time passed
Ex. quiz every Friday; studying more frequent as quiz draws near
variable-interval schedule
slow but steady; reinforce response at unpredictable but average time intervals
Ex. pop-quizzes any day instead of just Fridays —> constant studying
cognitive learning
takes into account the impact of thoughts on the learning process
latent learning
learning that occurs but is not visible until the behavior is rewarded
1930s study by Tolman and Honzik
experiment that rewarded rats with food after completing a maze; rats rewarded showed faster times
discovery learning
type of learning based on sudden understandings / insight
sudden insight
the lightbulb moment in your head
learned helplessness
occurs when subjets learns they are not able to escape; “giving up”
Martin Seligman
researched learned helplessness; shocked dogs in a shuttle box until the dog had learned helplessness
social learning
all learning we acquire by watching and imitating others; aka OBSERVATIONAL LEARNING, vicarious learning, modeling
1961 Albert Bandura “Bobo Doll Experiment”
experiment where children watched an adult model act in different ways to Bobo Dolll; concluded that those who watched an aggressive model were far more likely to act aggressive too
intrinsic motivator
the drive to do something through inherent satisfaction instead of external reward
extrinsic motivator
the drive to do something to earn a reward or avoid a negative outcome