MCAT Study Cards MD Daily -Behavioral (Psych/Soc)

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Last updated 12:31 PM on 10/1/26
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162 Terms

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<p><span style="color: mediumseagreen !important;"><strong>Tympanic&nbsp;membrane (Ear Drum)</strong></span></p>

Tympanic membrane (Ear Drum)

Ear structure] is a thin flap of skin that is stretched tight like a drum and vibrates when sound hits it

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<p>The <strong><u>cochlea</u></strong>&nbsp;translates sound into&nbsp;<span style="color: mediumseagreen !important;"><strong>nerve impulses</strong></span>&nbsp;to be sent to the brain</p>

The cochlea translates sound into nerve impulses to be sent to the brain

The cochlea translates sound into [...] to be sent to the brain

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The [ear structure] is a sensory system responsible for providing our brain with information about motion, head position, and spatial orientation; it also is involved with motor functions that allow us to keep our balance

The vestibular system is a sensory system responsible for providing our brain with information about motion, head position, and spatial orientation; it also is involved with motor functions that allow us to keep our balance

<p><span>The&nbsp;</span><span style="color: mediumseagreen !important;"><strong>vestibular system</strong></span><span>&nbsp;is a sensory&nbsp;system</span><strong>&nbsp;</strong><span>responsible for providing our brain with information about </span><strong>motion</strong><span>, </span><strong>head position</strong><span>, and </span><strong>spatial orientation</strong><span>; it also is involved with motor functions that allow us to keep our </span><strong>balance</strong></p>
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Semicircular canals are responsible for balance.

Semicircular canals are responsible for [...]

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<p>The<strong> superior olive</strong> is located in the <span style="color: mediumseagreen !important;"><strong>brain stem</strong></span> and its function is to <span style="color: mediumseagreen !important;"><strong>localize sound</strong></span></p>

The superior olive is located in the brain stem and its function is to localize sound

The superior olive is located in the [...] and its function is to [...]

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The [ear structure] is responsible for the startle reflex and vestibulo-ocular reflex

The inferior colliculus is responsible for the startle reflex and vestibulo-ocular reflex

<p>The <span style="color: mediumseagreen !important;"><strong>inferior colliculus</strong></span> is responsible for the <strong>startle reflex</strong> and&nbsp;<strong><u>vestibulo-ocular reflex</u></strong></p>
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<p>The <span style="color: mediumseagreen !important;"><strong>vestibulo-ocular reflex</strong></span> keeps the&nbsp;eyes fixed on a single point as the&nbsp;head rotates</p>

The vestibulo-ocular reflex keeps the eyes fixed on a single point as the head rotates

The [... reflex] keeps the eyes fixed on a single point as the head rotates

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Give the auditory pathway:

[...] → [...] → [...] → [...]

Cochlea → vestibulocochlear nerve → medial geniculate nucleus → auditory cortex

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Identify the item missing from the auditory pathway:

Cochlea → vestibulocochlear nerve → [...] → auditory cortex

Cochlea → vestibulocochlear nerve → medial geniculate nucleus → auditory cortex

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<p><strong><u>Smell</u></strong> is the detection of volatile or aerosolized chemicals by the&nbsp;<span style="color: mediumseagreen !important;"><strong>olfactory</strong></span> chemoreceptors</p>

Smell is the detection of volatile or aerosolized chemicals by the olfactory chemoreceptors

Smell is the detection of volatile or aerosolized chemicals by the [...] chemoreceptors

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[...] are chemicals given off by animals that have an effect on social foraging, and sexual behavior

Pheromones are chemicals given off by animals that have an effect on social foraging, and sexual behavior

<p><span style="color: mediumseagreen !important;"><strong>Pheromones</strong></span><span> are </span><strong>chemicals given off by animals</strong><span> that have an effect on&nbsp;</span><strong><u>social foraging</u></strong><span>, and </span><strong><u>sexual behavior</u></strong></p>
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The five categories of taste are:

[...]

[...]

[...]

[...]

[...]

Sweet

Sour

Salty

Bitter

Umamai

<p><span style="color: mediumseagreen !important;"><strong>Sweet</strong></span></p><p><span style="color: mediumseagreen !important;"><strong>Sour</strong></span></p><p><span style="color: mediumseagreen !important;"><strong>Salty</strong></span></p><p><span style="color: mediumseagreen !important;"><strong>Bitter</strong></span></p><p><span style="color: mediumseagreen !important;"><strong>Umamai</strong></span></p>
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<p><span style="color: mediumseagreen !important;"><strong>Somatosensation</strong></span> refers to the four touch modalities: <strong>pressure</strong>,&nbsp;<strong>vibration</strong>,&nbsp;<strong>pain</strong>, and&nbsp;<strong>temperature</strong></p>

Somatosensation refers to the four touch modalities: pressure, vibration, pain, and temperature

[...] refers to the four touch modalities: pressure, vibration, pain, and temperature

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The [...] is the minimum distance necessary between two points of stimulation on the skin such that the points will be felt as two distinct stimuli

The two-point threshold is the minimum distance necessary between two points of stimulation on the skin such that the points will be felt as two distinct stimuli

<p><span>The </span><span style="color: mediumseagreen !important;"><strong>two-point threshold</strong></span><span> is the </span><strong>minimum distance&nbsp;necessary between two points</strong><span> of&nbsp;stimulation on the skin such that the points will be</span><strong> felt&nbsp;as&nbsp;two distinct stimuli</strong></p>
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[...] is a temperature that is felt by the skin as neither warm nor cold

Physiological zero is a temperature that is felt by the skin as neither warm nor cold

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<p><strong>Nociceptors</strong>&nbsp;sense <span style="color: mediumseagreen !important;"><strong>pain</strong></span></p>

Nociceptors sense pain

Nociceptors sense [...]

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<p><span>The </span><span style="color: mediumseagreen !important;"><strong>[... theory]</strong></span><span> of pain&nbsp;asserts that </span><strong>non-painful input closes</strong><span> </span><strong>the nerve "gates"</strong><span> to painful input, which </span><strong>prevents pain sensation</strong><span> from traveling to the central nervous system</span></p>

The [... theory] of pain asserts that non-painful input closes the nerve "gates" to painful input, which prevents pain sensation from traveling to the central nervous system

The gate control theory of pain asserts that non-painful input closes the nerve "gates" to painful input, which prevents pain sensation from traveling to the central nervous system

<p><span>The </span><span style="color: mediumseagreen !important;"><strong>gate control theory</strong></span><span> of pain&nbsp;asserts that </span><strong>non-painful input closes</strong><span> </span><strong>the nerve "gates"</strong><span> to painful input, which </span><strong>prevents pain sensation</strong><span> from traveling to the central nervous system</span></p>
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[...] is the sense that tells you information about your body's position

Proprioception is the sense that tells you information about your body's position

<p><span style="color: mediumseagreen !important;"><strong>Proprioception</strong></span><span> is the sense that tells you information about your</span><strong>&nbsp;body's position</strong></p>
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Top-down processing is the recognition of an object by [...]

Top-down processing is the recognition of an object by memories and expectations

<p><strong>Top-down processing</strong><span> is the recognition of an object by&nbsp;</span><span style="color: mediumseagreen !important;"><strong>memories&nbsp;and&nbsp;expectations</strong></span></p>
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Using bottom-up processing, one will process [...] first, then the [...]

Using bottom-up processing, one will process details first, then the whole object

<p><span>Using</span><strong>&nbsp;bottom-up processing</strong><span>, one will process </span><span style="color: mediumseagreen !important;"><strong>details</strong></span><span> first, then the </span><span style="color: mediumseagreen !important;"><strong>whole object</strong></span></p>
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[...] are principles of how our minds groups things

Gestalt principles are principles of how our minds groups things

<p><span style="color: mediumseagreen !important;"><strong>Gestalt principles</strong></span> are principles of how our minds <strong>groups things</strong></p>
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According to the gestalt principle of [...], objects that are placed close together are perceived as being more related than those spaced farther apart

According to the gestalt principle of proximity, objects that are placed close together are perceived as being more related than those spaced farther apart

<p><span>According to the gestalt principle of </span><span style="color: mediumseagreen !important;"><strong>proximity</strong></span><span>, objects that are placed </span><strong><u>close</u></strong><span> together are </span><strong><u>perceived as being more related</u></strong><span> than those spaced farther apart</span></p>
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According to the gestalt principle of [...], we tend to perceive things that physically resemble one another as part of the same object

According to the gestalt principle of similarity, we tend to perceive things that physically resemble one another as part of the same object

<p><span>According to the gestalt principle of </span><span style="color: mediumseagreen !important;"><strong>similarity</strong></span><span>, we tend to perceive things that </span><strong>physically resemble</strong><span> one another as </span><strong>part of the same object</strong></p>
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According to the gestalt principle of [...], when a shape is not complete, but enough of the shape is shown, our minds will fill in the blanks and construct the whole of the shape

According to the gestalt principle of continuity, when a shape is not complete, but enough of the shape is shown, our minds will fill in the blanks and construct the whole of the shape

<p><span>According to the gestalt principle of </span><span style="color: mediumseagreen !important;"><strong>continuity</strong></span><span>, when a shape is not complete, but enough of the shape is shown, </span><strong>our minds will fill in the blanks</strong><span> and construct the whole of the shape</span></p>
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According to the gestalt principle of [...], we tend to see complete figures even when part of the information is missing

According to the gestalt principle of closure, we tend to see complete figures even when part of the information is missing

<p>According to the gestalt principle of <span style="color: mediumseagreen !important;"><strong>closure</strong></span>, we <strong>tend to see complete figures</strong> even when part of the information is missing</p>
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[...] states that people will perceive and interpret ambiguous or complex images as the simplest form(s) possible

Law of Prägnanz states that people will perceive and interpret ambiguous or complex images as the simplest form(s) possible

<p><span style="color: mediumseagreen !important;"><strong>Law of Prägnanz</strong></span><span> states that people will perceive and interpret ambiguous or complex images as the&nbsp;</span><strong><u>simplest form(s) possible</u></strong></p>
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<p><span style="color: mediumseagreen !important;"><strong>Habituation</strong></span> is when one <strong>becomes</strong> <strong>used to </strong>a stimulus</p>

Habituation is when one becomes used to a stimulus

[...] is when one becomes used to a stimulus

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<p><span style="color: mediumseagreen !important;"><strong>Dishabituation</strong></span> may occur after habituation and is when a <strong>second&nbsp;stimulus intervenes</strong> causing a&nbsp;<strong>resensitization</strong>&nbsp;of&nbsp;the original stimulus</p>

Dishabituation may occur after habituation and is when a second stimulus intervenes causing a resensitization of the original stimulus

[...] may occur after habituation and is when a second stimulus intervenes causing a resensitization of the original stimulus

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<p>The <span style="color: mediumseagreen !important;"><strong>associative learning</strong></span> theory states that <strong>ideas reinforce each other</strong> and can be&nbsp;linked to one another</p>

The associative learning theory states that ideas reinforce each other and can be linked to one another

The [...] theory states that ideas reinforce each other and can be linked to one another

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[...] is a method of learning that occurs through rewards and punishments for behavior

Operant conditioning is a method of learning that occurs through rewards and punishments for behavior

<p><span style="color: mediumseagreen !important;"><strong>Operant conditioning</strong></span> is a method of learning that occurs through <strong><u>rewards</u></strong> and <strong>punishments</strong> for behavior</p>
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<p><span style="color: mediumseagreen !important;"><strong>Reinforcement</strong></span> <strong>increases</strong>&nbsp;the likelihood of a behavior</p>

Reinforcement increases the likelihood of a behavior

[...] increases the likelihood of a behavior

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<p><span style="color: mediumseagreen !important;"><strong>Punishment</strong></span> <strong><u>decreases</u></strong>&nbsp;the likelihood of a behavior</p>

Punishment decreases the likelihood of a behavior

[...] decreases the likelihood of a behavior

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<p><strong><u>Schedules of reinforcement</u></strong> can be based on&nbsp;<span style="color: mediumseagreen !important;"><strong>intervals</strong></span> or <span style="color: mediumseagreen !important;"><strong>the ratio&nbsp;of behavior / reward</strong></span></p>

Schedules of reinforcement can be based on intervals or the ratio of behavior / reward

Schedules of reinforcement can be based on [...] or [...]

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<p>Positive responses <span style="color: mediumseagreen !important;"><strong>add</strong></span>&nbsp;something&nbsp;</p>

Positive responses add something 

Positive responses [...] something 

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<p>Negative responses <span style="color: mediumseagreen !important;"><strong>remove</strong></span>&nbsp;something</p>

Negative responses remove something

Negative responses [...] something

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When a previously reinforced behavior is no longer reinforced, it becomes [...]

When a previously reinforced behavior is no longer reinforced, it becomes extinct

<p><span>When a previously&nbsp;reinforced behavior is&nbsp;</span><strong>no longer reinforced</strong><span>, it becomes </span><span style="color: mediumseagreen !important;"><strong>extinct</strong></span></p>
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[...] is when behavior that is closer and closer to the target behavior is reinforced

Shaping is when behavior that is closer and closer to the target behavior is reinforced

<p><span style="color: mediumseagreen !important;"><strong>Shaping</strong></span> is when behavior that is <strong><u>closer and closer</u></strong> to the&nbsp;target behavior&nbsp;is&nbsp;<strong>reinforced</strong></p>
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In classical conditioning, a [...] becomes a [...] that produces a conditioned response

In classical conditioning, a neutral stimulus becomes a conditioned stimulus that produces a conditioned response

<p>In <strong>classical conditioning</strong>, a&nbsp;<span style="color: mediumseagreen !important;"><strong>neutral stimulus</strong></span>&nbsp;becomes a <span style="color: mediumseagreen !important;"><strong>conditioned&nbsp;stimulus</strong></span> that produces a conditioned response</p>
39
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[...] is the acquisition of behavior by watching others

Observational learning or modeling is the acquisition of behavior by watching others

<p><span style="color: mediumseagreen !important;"><strong>Observational learning&nbsp;or modeling</strong></span> is the acquisition of behavior by&nbsp;<strong>watching others</strong></p>
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[...] is the process of putting new info into memory

Encoding is the process of putting new info into memory

<p><span style="color: mediumseagreen !important;"><strong>Encoding</strong></span> is the process of putting <strong>new info into memory</strong></p>
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[...] is a specific type of encoding in which the meaning of something is encoded as opposed to the sound or vision of it

Semantic encoding is a specific type of encoding in which the meaning of something is encoded as opposed to the sound or vision of it

<p><span style="color: mediumseagreen !important;"><strong>Semantic&nbsp;encoding</strong></span>&nbsp;is a specific type of encoding in which the&nbsp;<strong>meaning&nbsp;of something</strong> is encoded as opposed to the sound or vision of it</p>
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[... memory] and [... memory] are transient and based on neurotransmitter activity

Sensory memory and short term memory are transient and based on neurotransmitter activity

<p><span style="color: mediumseagreen !important;"><strong>Sensory memory</strong></span> and <span style="color: mediumseagreen !important;"><strong>short term memory</strong></span> are <strong><u>transient</u></strong>&nbsp;and based on&nbsp;<strong><u>neurotransmitter&nbsp;activity</u></strong></p>
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<p><span style="color: mediumseagreen !important;"><strong>[... memory]</strong></span> is&nbsp;responsible for <strong>temporarily</strong> holding information available for processing</p>

[... memory] is responsible for temporarily holding information available for processing

Working memory is responsible for temporarily holding information available for processing

<p><span style="color: mediumseagreen !important;"><strong>Working memory</strong></span> is&nbsp;responsible for <strong>temporarily</strong> holding information available for processing</p>
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[... memory] is responsible for the storage of information for an extended period of time

Long term memory is responsible for the storage of information for an extended period of time

<p><span style="color: mediumseagreen !important;"><strong>Long term memory </strong></span>is responsible for the storage of information for an&nbsp;<strong><u>extended period of time</u></strong></p>
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[... memory] accounts for memories that we must consciously recall with effort and focus

Explicit (declarative) memory accounts for memories that we must consciously recall with effort and focus

<p><span style="color: mediumseagreen !important;"><strong>Explicit (declarative) memory</strong></span> accounts for memories that&nbsp;we must&nbsp;<strong>consciously recall</strong>&nbsp;with effort and focus</p>
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[... memory] is acquired and used unconsciously

Implicit memory is acquired and used unconsciously

<p><span style="color: mediumseagreen !important;"><strong>Implicit memory</strong></span> is acquired and <strong>used&nbsp;unconsciously</strong></p>
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Semantic networks link concepts together based on similar [...]

Semantic networks link concepts together based on similar meaning

<p><strong><u>Semantic networks</u></strong>&nbsp;link concepts together based on&nbsp;similar&nbsp;<span style="color: mediumseagreen !important;"><strong>meaning</strong></span></p>
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[...] is re-accessing of events or information from the past

Retrieval is re-accessing of events or information from the past

<p><span style="color: mediumseagreen !important;"><strong>Retrieval</strong></span> is <strong>re-accessing</strong> of events or information from the past</p>
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<p><strong>Alzheimer's</strong><span> is a degenerative brain disorder linked to a loss of&nbsp;</span><span style="color: mediumseagreen !important;"><strong>acetylcholine</strong></span><span> in neurons that link to the </span><span style="color: mediumseagreen !important;"><strong>hippocampus</strong></span></p>

Alzheimer's is a degenerative brain disorder linked to a loss of acetylcholine in neurons that link to the hippocampus

Alzheimer's is a degenerative brain disorder linked to a loss of [...] in neurons that link to the [...]

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<p><strong>Korsakoff’s Syndrome</strong><span> memory loss is caused by a/an </span><span style="color: mediumseagreen !important;"><strong>thiamine (vitamin B1)</strong></span><span>&nbsp;deficiency in the brain</span></p>

Korsakoff’s Syndrome memory loss is caused by a/an thiamine (vitamin B1) deficiency in the brain

Korsakoff’s Syndrome memory loss is caused by a/an [...] deficiency in the brain

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<p><strong>Agnosia</strong><span> is the loss of ability to recognize&nbsp;</span><span style="color: mediumseagreen !important;"><strong>objects, people, or&nbsp;sounds</strong></span></p>

Agnosia is the loss of ability to recognize objects, people, or sounds

Agnosia is the loss of ability to recognize [...]

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<p><span style="color: mediumseagreen !important;"><strong>Retroactive interference</strong></span><span> is when </span><strong>new memories</strong><span> make you&nbsp;</span><strong>forget</strong><span>&nbsp;old memories</span></p>

Retroactive interference is when new memories make you forget old memories

[... interference] is when new memories make you forget old memories

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[... interference] is when old memories interfere with learning new memories

Proactive interference is when old memories interfere with learning new memories

<p><span style="color: mediumseagreen !important;"><strong>Proactive interference</strong></span><span> is when </span><strong><u>old memories</u></strong><span> interfere with learning&nbsp;</span><strong>new memories</strong></p>
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<p>The <span style="color: mediumseagreen !important;"><strong>information processing model</strong></span> states that the brain&nbsp;<strong>encodes</strong>,&nbsp;<strong>stores</strong>, and&nbsp;<strong>retrieves</strong>&nbsp;info much like a&nbsp;computer</p>

The information processing model states that the brain encodes, stores, and retrieves info much like a computer

The [... model] states that the brain encodes, stores, and retrieves info much like a computer

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Piaget’s four stages of cognitive development:

[...]

[...]

[...]

[...]

Sensorimotor: 0-2 Preoperational: 2-7 Concrete Operational: 7-11 Formal Operational: 12 and older

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Piaget's sensorimotor stage is from [...] to [...] years old

Piaget's sensorimotor stage is from 0 to 2 years old

<p><span>Piaget's </span><strong><u>sensorimotor</u></strong><span> stage is from </span><span style="color: mediumseagreen !important;"><strong>0</strong></span><span> to </span><span style="color: mediumseagreen !important;"><strong>2</strong></span><span> years old</span></p>
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Piaget's preoperational stage is from [...] to [...] years old

Piaget's preoperational stage is from 2 to 7 years old

<p><span>Piaget's </span><strong>preoperational</strong><span> stage is from </span><span style="color: mediumseagreen !important;"><strong>2</strong></span><span> to </span><span style="color: mediumseagreen !important;"><strong>7</strong></span><span> years old</span></p>
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Piaget's concrete operational stage is from [...] to [...] years old

Piaget's concrete operational stage is from 7 to 11 years old

<p><span>Piaget's </span><strong>concrete operational</strong><span> stage is from </span><span style="color: mediumseagreen !important;"><strong>7</strong></span><span> to </span><span style="color: mediumseagreen !important;"><strong>11</strong></span><span> years old</span></p>
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Piaget's formal operational stage is from age [...] and older

Piaget's formal operational stage is from age 12 and older

<p><span>Piaget's </span><strong><u>formal operational</u></strong><span> stage is from age </span><span style="color: mediumseagreen !important;"><strong>12</strong></span><span> and older</span></p>
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[Deductive or Inductive] reasoning starts with rules, then forms conclusions

Deductive reasoning starts with rules, then forms conclusions

<p><span style="color: mediumseagreen !important;"><strong>Deductive</strong></span><span> reasoning </span><strong>starts with rules</strong><span>, then forms conclusions</span></p>
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[Deductive or Inductive] reasoning starts with evidence, then forms conclusions

Inductive reasoning starts with evidence, then forms conclusions

<p><span style="color: mediumseagreen !important;"><strong>Inductive</strong></span><span> reasoning </span><strong>starts with evidence</strong><span>, then forms conclusions</span></p>
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A/an [...] is a framework for thinking about a problem

A/an mental set is a framework for thinking about a problem

<p><span>A/an </span><span style="color: mediumseagreen !important;"><strong>mental set</strong></span><span> is a </span><strong><u>framework</u></strong><span> for thinking about a </span><strong><u>problem</u></strong></p>
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[...] is the tendency to use objects only in the way they are normally utilized

Functional fixedness is the tendency to use objects only in the way they are normally utilized

<p><span style="color: mediumseagreen !important;"><strong>Functional fixedness</strong></span> is the tendency to use objects only in the way they are&nbsp;<strong>normally utilized</strong></p>
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[...] are mental shortcuts that allow people to solve problems and make judgments quickly and efficiently

Heuristics are mental shortcuts that allow people to solve problems and make judgments quickly and efficiently

<p><span style="color: mediumseagreen !important;"><strong>Heuristics</strong></span><span> are </span><strong><u>mental shortcuts</u></strong><span> that allow people to solve problems and make judgments quickly and efficiently</span></p>
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<p><span style="color: mediumseagreen !important;"><strong>Availability heuristic</strong></span><span> is a mental shortcut that relies on&nbsp;</span><strong>immediate examples</strong><span>&nbsp;that come to a person's mind when evaluating a situation</span></p>

Availability heuristic is a mental shortcut that relies on immediate examples that come to a person's mind when evaluating a situation

[...] is a mental shortcut that relies on immediate examples that come to a person's mind when evaluating a situation

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[...] is a mental shortcut that helps us make a decision by comparing information to our mental prototypes

Representativeness heuristic is a mental shortcut that helps us make a decision by comparing information to our mental prototypes

<p><span style="color: mediumseagreen !important;"><strong>Representativeness heuristic</strong></span><span> is a mental shortcut that helps us make a decision by </span><strong>comparing information</strong><span> to our&nbsp;</span><strong>mental prototypes</strong></p>
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[...] is the tendency to focus on information that fits an individual’s beliefs, while rejecting information that goes against those beliefs

Confirmation bias is the tendency to focus on information that fits an individual’s beliefs, while rejecting information that goes against those beliefs

<p><span style="color: mediumseagreen !important;"><strong>Confirmation bias</strong></span><span> is the tendency to focus on information that </span><strong><u>fits an&nbsp;individual’s&nbsp;beliefs</u></strong><span>, while </span><strong>rejecting</strong><span> </span><strong>information</strong><span> </span><strong>that</strong><span>&nbsp;</span><strong>goes against those&nbsp;beliefs</strong></p>
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[Theory] differentiates human intelligence into specific 'modalities', rather than seeing intelligence as dominated by a single general ability

Gardner’s Theory of Multiple Intelligences differentiates human intelligence into specific 'modalities', rather than seeing intelligence as dominated by a single general ability

<p><span style="color: mediumseagreen !important;"><strong>Gardner’s Theory of&nbsp;Multiple&nbsp;Intelligences</strong></span><span> differentiates human intelligence into specific '</span><strong><u>modalities</u></strong><span>', rather than seeing intelligence as dominated by a </span><strong>single general ability</strong></p>
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[...] refers to the actual sound of speech

Phonology refers to the actual sound of speech

<p><span style="color: mediumseagreen !important;"><strong>Phonology</strong></span><span> refers to the actual&nbsp;</span><strong><u>sound</u></strong><span>&nbsp;of speech</span></p>
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<p><span style="color: mediumseagreen !important;"><strong>[...]</strong></span><span> refers to the&nbsp;</span><strong>building blocks</strong><span>&nbsp;of words</span></p>

[...] refers to the building blocks of words

Morphology refers to the building blocks of words

<p><span style="color: mediumseagreen !important;"><strong>Morphology</strong></span><span> refers to the&nbsp;</span><strong>building blocks</strong><span>&nbsp;of words</span></p>
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[...] refers to the meaning of words

Semantics refers to the meaning of words

<p><span style="color: mediumseagreen !important;"><strong>Semantics</strong></span><span> refers to the </span><strong>meaning</strong><span> of words</span></p>
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[...] refers to the rules dictating word order

Syntax refers to the rules dictating word order

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[...] refers to the way language delivery changes depending on context

Pragmatics refers to the way language delivery changes depending on context

<p><span style="color: mediumseagreen !important;"><strong>Pragmatics</strong></span><span> refers to the way </span><strong>language delivery</strong><span> </span><strong>changes</strong><span> depending on&nbsp;context</span></p>
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The [theory] of language states that language acquisition is innate

The nativist theory of language states that language acquisition is innate

<p><span>The </span><span style="color: mediumseagreen !important;"><strong>nativist theory</strong></span><span> of language states that </span><strong><u>language acquisition is&nbsp;innate</u></strong></p>
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The [theory] of language states that language acquisition is controlled by operant conditioning and reinforcement by parents and caregivers

The behaviorist theory of language states that language acquisition is controlled by operant conditioning and reinforcement by parents and caregivers

<p><span>The </span><span style="color: mediumseagreen !important;"><strong>behaviorist theory</strong></span><span> of language states that language acquisition is&nbsp;</span><strong>controlled by operant&nbsp;conditioning</strong><span>&nbsp;and&nbsp;reinforcement by parents and caregivers</span></p>
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The [theory] of language states that language acquisition is caused by a motivation to communicate and interact with others

The social interactionist theory of language states that language acquisition is caused by a motivation to communicate and interact with others

<p><span>The </span><span style="color: mediumseagreen !important;"><strong>social interactionist theory</strong></span><span> of language states that language acquisition is&nbsp;</span><strong>caused by a&nbsp;motivation to communicate</strong><span>&nbsp;and interact&nbsp;with&nbsp;others</span></p>
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The [...], also known as [...] states that the lens by which we view and interpret the world is created by language

The Whorfian hypothesis, also known as linguistic relativity states that the lens by which we view and interpret the world is created by language

<p>The <span style="color: mediumseagreen !important;"><strong>Whorfian hypothesis</strong></span>, also known as <span style="color: mediumseagreen !important;"><strong>linguistic relativity</strong></span> states that the <strong>lens</strong> by which we view and&nbsp;interpret the world is <strong>created by&nbsp;language</strong></p>
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[Brain area] produces speech

Broca's area produces speech

<p><span style="color: mediumseagreen !important;"><strong>Broca's area</strong></span><span> </span><strong><u>produces</u></strong><span> speech</span></p>
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[Brain area] is in charge of language comprehension

Wernicke’s area is in charge of language comprehension

<p><span style="color: mediumseagreen !important;"><strong>Wernicke’s area</strong></span><span> is in charge of </span><strong>language comprehension</strong></p>
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The [...] connects Broca’s area to the Wernicke’s area

The arcuate fasciculus connects Broca’s area to the Wernicke’s area

<p><span>The </span><span style="color: mediumseagreen !important;"><strong>arcuate fasciculus</strong></span><span> </span><strong>connects</strong><span>&nbsp;Broca’s area&nbsp;to the Wernicke’s area</span></p>
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Difficulty producing speech is called [disorder] 

Difficulty producing speech is called Broca’s aphasia 

<p><span>Difficulty&nbsp;</span><strong><u>producing</u></strong><span> speech is called </span><span style="color: mediumseagreen !important;"><strong>Broca’s aphasia</strong></span><span>&nbsp;</span></p>
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A lack of speech comprehension is called [...]

A lack of speech comprehension is called Wernicke’s aphasia

<p><span>A lack of speech</span><strong>&nbsp;comprehension</strong><span> is called </span><span style="color: mediumseagreen !important;"><strong>Wernicke’s aphasia</strong></span></p>
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Someone with [disorder] can’t repeat words

Someone with conduction aphasia can’t repeat words

<p><span>Someone with </span><span style="color: mediumseagreen !important;"><strong>conduction aphasia</strong></span><span> can’t</span><strong> repeat </strong><span>words</span></p>
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[...] is the state of being awake and thinking

Alertness is the state of being awake and thinking

<p><span style="color: mediumseagreen !important;"><strong>Alertness</strong></span><span> is the state of being awake and thinking</span></p>
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An EEG shows [...] waves when alert or concentrating

An EEG shows BETA waves when alert or concentrating

<p><span>An EEG shows </span><span style="color: mediumseagreen !important;"><strong>BETA</strong></span><span> waves&nbsp;when </span><strong>alert or concentrating</strong></p>
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An EEG shows [...] waves when awake but tired, eyes closed

An EEG shows ALPHA waves when awake but tired, eyes closed

<p><span>An EEG shows&nbsp;</span><span style="color: mediumseagreen !important;"><strong>ALPHA</strong></span><span> waves when </span><strong><u>awake but&nbsp;tired</u></strong><span>, eyes closed</span></p>
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[...] refers to when individuals appear to be in normal control of their faculties but are in a highly suggestible state

Hypnosis refers to when individuals appear to be in normal control of their faculties but are in a highly suggestible state

<p><span style="color: mediumseagreen !important;"><strong>Hypnosis</strong></span><span> refers to when individuals </span><strong><u>appear to be in normal control </u></strong><span>of their faculties&nbsp;but are in a&nbsp;</span><strong>highly suggestible state</strong></p>
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[...] is the practice of turning one's attention to a single point of reference; quieting of the mind

Meditation is the practice of turning one's attention to a single point of reference; quieting of the mind

<p><span style="color: mediumseagreen !important;"><strong>Meditation</strong></span><span>&nbsp;is the practice of turning one's attention to a </span><strong>single point of reference</strong><span>; </span><strong><u>quieting of the mind</u></strong></p>
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Alcohol, barbiturates, and benzodiazepines are [stimulants or depressants]

Alcohol, barbiturates, and benzodiazepines are depressants

<p><span>Alcohol, barbiturates, and benzodiazepines are </span><span style="color: mediumseagreen !important;"><strong>depressants</strong></span></p>
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Amphetamines, cocaine, and ecstasy are [stimulants or depressants]

Amphetamines, cocaine, and ecstasy are stimulants

<p><span>Amphetamines, cocaine, and ecstasy are </span><span style="color: mediumseagreen !important;"><strong>stimulants</strong></span></p>
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Opiates and opioids can cause death by [...]

Opiates and opioids can cause death by respiratory depression

<p><strong>Opiates</strong><span> and </span><strong>opioids</strong><span> can cause death by&nbsp;</span><span style="color: mediumseagreen !important;"><strong>respiratory depression</strong></span></p>
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LSD, peyote, mescaline, and ketamine are considered [...]  

LSD, peyote, mescaline, and ketamine are considered hallucinogens

<p><span>LSD, peyote, mescaline, and ketamine are considered </span><span style="color: mediumseagreen !important;"><strong>hallucinogens</strong></span></p>
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<p><span>The </span><span style="color: mediumseagreen !important;"><strong>[...]</strong></span><span> pathway </span><strong>mediates drug addiction</strong></p>

The [...] pathway mediates drug addiction

The mesolimbic pathway mediates drug addiction

<p><span>The </span><span style="color: mediumseagreen !important;"><strong>mesolimbic</strong></span><span> pathway </span><strong>mediates drug addiction</strong></p>
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Give the sleep stages


[...]: Light sleep

[...]: Slightly deeper

[...]: Deep sleep

[...]: REM sleep

Stage 1: Light sleep

Stage 2: Slightly deeper

Stages 3 & 4: Deep sleep

Rapid Eye Movement: REM sleep

<p><span style="color: mediumseagreen !important;"><strong>Stage 1</strong></span>:&nbsp;Light sleep</p><p><span style="color: mediumseagreen !important;"><strong>Stage 2</strong></span>:&nbsp;Slightly deeper</p><p><span style="color: mediumseagreen !important;"><strong>Stages 3 &amp; 4</strong></span>:&nbsp;Deep sleep</p><p><span style="color: mediumseagreen !important;"><strong>Rapid Eye Movement</strong></span>: REM sleep</p>
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During sleep stage 1, [...] waves appear on EEG

During sleep stage 1, theta waves appear on EEG

<p><span>During sleep </span><strong>stage 1,</strong><span> </span><span style="color: mediumseagreen !important;"><strong>theta</strong></span><span> waves appear on EEG</span></p>
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<p><strong><u>Sleep spindles</u></strong><span> and </span><strong><u>K&nbsp;complexes</u></strong><span> appear during stage(s) </span><span style="color: mediumseagreen !important;"><strong>[...]</strong></span><span> of sleep</span></p>

Sleep spindles and K complexes appear during stage(s) [...] of sleep

Sleep spindles and K complexes appear during stage(s) two of sleep

<p><strong><u>Sleep spindles</u></strong><span> and </span><strong><u>K&nbsp;complexes</u></strong><span> appear during stage(s) </span><span style="color: mediumseagreen !important;"><strong>two</strong></span><span> of sleep</span></p>
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Slow-wave sleep (SWS) occurs during stage(s) [...] of sleep

Slow-wave sleep (SWS) occurs during stage(s) 3 and 4 of sleep

<p><strong>Slow-wave sleep (SWS)</strong><span> occurs during stage(s) </span><span style="color: mediumseagreen !important;"><strong>3 and 4</strong></span><span> of sleep</span></p>
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During [sleep stage], the mind appears awake on EEG, but the person is asleep

During rapid eye movement sleep, the mind appears awake on EEG, but the person is asleep

<p><span>During </span><span style="color: mediumseagreen !important;"><strong>rapid eye movement sleep</strong></span><span>, the mind </span><strong>appears awake</strong><span> on EEG, but the&nbsp;</span><strong><u>person is asleep</u></strong></p>
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[...] is a natural, internal process that regulates the sleep-wake cycle and repeats roughly every 24 hours

Circadian rhythm is a natural, internal process that regulates the sleep-wake cycle and repeats roughly every 24 hours

<p><span style="color: mediumseagreen !important;"><strong>Circadian rhythm</strong></span><span> is a natural, internal process that </span><strong><u>regulates the sleep-wake cycle</u></strong><span> and repeats roughly </span><strong>every 24 hours</strong></p>
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Dreaming occurs mostly during [sleep stage]

Dreaming occurs mostly during REM

<p><strong>Dreaming</strong><span> occurs mostly during </span><span style="color: mediumseagreen !important;"><strong>REM</strong></span></p>