WorksheetsAP Psych Cram Packet Review Part 1
Total questions: 83
Worksheet time: 43mins
The first female president of the American Psychological Association
Margaret Floy Washburn
Mary Calkins
Dorethea Dix
Shelly Wundt
first female to earn a psychology PhD
Margaret Fly Washburn
Mary Calkins
Dorethea Dix
Shelly Wundt
reformed mental institutions in the U.S
Margaret Floy Washburn
Mary Calkins
Dorethea Dix
Shelly Wundt
1st president on the American Psychological Association
Margaret Floy Washburn
Mary Calkins
Stanley Hall
Wilhelm Wundt
Father of American Psychology (functionalist)
William James
Wilhelm Wundt
Charles Darwin
Stanley Hall
father of modern psychology (structuralist)
Wilhelm Wundt
William James
Stanley Hall
Sigmund Freud
used introspection to determine the underlying construction of the mind
functionalism
behaviorism
structuralism
cognitive
analyzes the purpose of behavior
structuralism
behaviorism
functionalism
biological
focuses on research and counseling (requires a masters or doctorate)
Psychologist
Psychiatrist
Clinical psychologist
pharmacist
prescribes medications and diagnoses disorders (requires a masters)
psychologist
psychiatrist
medical psychologist
biological psychologist
assigns participants to either the control group or the experimental group randomly
random sample
random assignment
method for choosing participants for a study (limits bias)
random assignment
random sample
when the study finds that a different variable is responsible for the correlation
positive correlation
negative correlation
3rd variable problem (lurking variable)
illusory correlation
belief of a correlation that doesn't exist
lurking variable
illusory correlation
causation
placebo effect
speeds up the action potential and protects the axon
myelin sheath
soma
vesicles
synapse
releases neurotransmitters in the neuron, sends signals onto the next neuron
synapse
dendrites
vesicles
terminals
sacs inside the neuron terminal that contain neurotransmitters
axon
vesicles
myelin sheath
synapse
which ions move out of the axon?
potassium (K+)
sodium (Na)
which ions move into the axon?
potassium (K+)
sodium (Na)
these neurons receive signals
sensory neurons
afferent neurons
efferent neurons
motor neurons
these neurons accept signals
sensory neurons
afferent neurons
motor neurons
efferent neurons
these neurons send signals
sensory neurons
afferent neurons
motor neurons
efferent neurons
these neurons help the signal exit
sensory neurons
afferent neurons
motor neurons
efferent neurons
these are the cells in the spinal cord that are responsible for the reflex loop
afferent neurons
sensory neurons
interneurons
motor neurons
this is a major inhibitory NT that aims to reduce excitability
Glutamate
GABA
Acetycholine
Epinephrine
this is a major excitatory NT
GABA
endorphins
Glutamate
Acetycholine
___ is reward and movement, whereas ___ is mood and emotion
glutamate, dopamine
dopamine, GABA
dopamine, serotonin
endorphins, epinephrine
this NS deals with the sympathetic NS arousal
glutamate
oxytocin
epinephrine and norepinephrine
dopamine
a drug that mimics a NT and increases it's affects
agonist
antagonist
a drug that blocks a NS and decreases its effects
agonist
antagonist
unused NTs are taken back up into the sending neuron (SSRIs block this)
action potential
all-or-nothing reponse
refractory period
reuptake
which is the oldest part of the brain
medulla
hindbrain
pons
forebrain
which structures are apart of the hindbrain
cerebellum
medulla
reticular formation
pons
this structure controls the vital organs, heart rate, blood pressure, etc.
medulla
pons
cerebellum
amygdala
serves as the bridge between regions, is a part of the brainstem, relays basic functions
cerebellum
medulla
hypothalamus
pons
Which is part of the midbrain?
medulla
pons
reticular formation
limbic system
responsible for alertness
hypothalamus
thalamus
amygdala
reticular formation
The limbic system is a part of the forebrain. Which areas are a part of the limbic system?
amygdala
hippocampus
hypothalamus
thalamus
responsible for reward/pleasure, eating behaviors, and has a link to the endocrine system
thalamus
hypothalamus
forebrain
cerebral cortex
relay center for all senses except for smell
thalamus
hypothalamus
cerebral cortex
parietal lobe
outer portion of the brain that is responsible for higher order thought process
thalamus
corpus collosum
forebrain
cerebral cortex
controls sensations
occipital lobe
frontal lobe
parietal lobe
temporal lobe
controls hearing and facial recognition
parietal lobe
temporal lobe
occipital lobe
frontal lobe
experiments done by Sperry and Gazzaniga, an image was shown to the right eye and processed in the left hemisphere
corpus callosum experiment
brain plasticity
split-brain experiments
nature vs nurture experiments
monozygotic twins
fraternal twins
identical twins
dizygotic twins
identical twins
fraternal twins
controlled by the hypothalamus, releases growth hormones
adrenal glands
pituitary glands
glutamate glands
temporal glands
measures brain activity, but is not specific
EEG
XRAY
PET
CAT
shows structures of the brain (including tumors)
CT
MRI
EEG
fMRI
uses glucose to show brain activity
EEG
CT
PET
MRI
oxygen is used to show brain activity (shows real time lesions)
MRI
fMRI
CT
EEG
controlled processing, totally aware
higher-level
lower-level
subconscious
unconscious
automatic processing (ex. daydreaming)
higher-level
lower-level
altered states
subconscious
Beta Waves
awake
drowsy
deep sleep
Alpha waves
drowsy (non REM stages)
awake
deep sleep
the circadian rhythm is controlled by
epinephrine and norepinephrine
suprachiasmatic nucleus
thalamus
the corpus collosum
hidden meaning of a dream
latent content
manifest content
obvious storyline of a dream
latent content
manifest content
the brain produces random bursts of energy, stimulating lodged memories in the limbic system, dreams start random and then develop meaning
wish fulfillment
activation synthesis
stroboscopic movement
absolute threshold
failure to notice a change in the scene is to ___whereas failure to notice something added because you are so focused on another task is to ___
change blindness; inattentional blindness
cocktail party effect; inattentional blindness
inattentional blindness; change blindness
change blindness; cocktail party effect
three cones receiving color (blue, red, green), explains color blindness
opponent process theory
change blindness theory
trichromatic theory
visual capture theory
when the visual system overwhelms the other systems
stroboscopic movement
phi phenomenon
constancies
visual capture
motion produced by rapid succession of slightly varying images (animations)
phi phenomenon
light constancies
stroboscopic movement
interposition
monocular cue that states that overlapping images seem to appear closer
relative clarity
relative size
interposition
retinal disparity
coarser objects appear closer
texture gradient
relative clarity
relative height
motion parallax
closer objects appear to move faster than objects that are further away
convergence
retinal disparity
linear perspective
motion parallax
(binocular cue) image is cast slightly different on each retina, location of image helps us determine depth
convergence
retinal disparity
texture gradient
linear perspective
(binocular cue) eyes strain inwards as objects draw nearer
convergence
retinal disparity
linear parallax
change blindness
processing that goes from the whole part to the smaller parts (seeing a painting, and then noticing the faces)
top-down processing
bottom-up processing
processing that goes from smaller parts to a whole (ex. seeing a bunch of dots and then noticing that it makes a dog)
top-down processing
bottom-up processing
theory that the location where the hair cells bend determines the sound (explains higher pitches)
place theory
frequency theory
trichromatic theory
opponent processing theory
theory that the rate at which action potentials are sent determines the sound (explains low pitches)
place theory
frequency theory
trichromatic theory
opponent processing theory
sense of balance (semicircular canals in the inner ear effect this)
kinesthetic sense
vestibular sense
mechanoreceptor sense
olfacation
who is concerned with classical conditioning?
skinner
bandura
thorndike
pavlov
describes the timing of the pairing of a neutral stimulus into the controlled stimulus, the NS/CS must be presented 0.5-1 second before the unconditioned stimulus
acquisition
contiguity
generalization
discrimination
process of learning the response pairing between the CS and the CR
contiguity
acquisition
extinction
generalization
describes having the same CR to a similar stimulus
contiguity
acquisition
generalization
discrimination
study by Rescorla and Wagner, determined that classical conditioning involves cognitive processing
Contingency Model
Conditioned taste aversion
One-Trial Learning
Little Albert
most connected to operant conditioning
pavlov
skinner
bandura
watson
study by John Garcia, determined that innate predispositions can allow classical conditioning to occur in one trial (food poisoning)
contingency model
conditioned taste aversion
little albert
law of effect
study by John Watson, conditioned a fear in a baby, eventually led to behavioral treatments for fear (counterconditioing)
contingency model
conditioned taste aversions
one trial learning
little albert
developed by Thorndike, determined that behaviors followed by positive outcomes are strengthened and negative outcomes weaken a behavior
Law of effect
operant conditioning
over-justification effect
continuous reinforcement effect
___ adds something to increase a behavior, whereas ___ takes away something to increase a behavior
positive punishment, negative punishment
negative punishment, positive punishment
positive reinforcement, negative reinforcement
negative reinforcement, positive reinforcement
