AP®︎ Psychology: Unit 2 Flashcards

Master key terms and definitions for Unit 2 of AP Psychology – Cognition to help you prep for quizzes and the AP exam.


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Term

Perception

Definition

The process by which the brain organizes and interprets sensory information as meaningful objects, events, and relationships

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Perception
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The process by which the brain organizes and interprets sensory information as meaningful objects, events, and relationships

2.1.A
Bottom-Up Processing
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Perception that begins with sensory stimulation and builds elementary features into a complete representation

2.1.A2.1.A.1
Top-Down Processing
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The use of prior knowledge, expectations, experiences, and context to interpret sensory information

2.1.A2.1.A.1
Schema
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An organized mental framework that structures related knowledge, expectations, and understanding about a category, situation, person, object, or event

2.1.A2.1.A.2
Perceptual Set
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A readiness or predisposition to perceive a stimulus in a particular way

2.1.A2.1.A.2
Context Effects
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The influence of surrounding information, circumstances, or environmental cues on how a stimulus is perceived

Gestalt Psychology
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The approach emphasizing that perception organizes sensations into meaningful wholes rather than separate parts

2.1.A2.1.A.4
Closure
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The tendency to perceive an incomplete figure as complete by filling in missing boundaries

2.1.A2.1.A.4
Figure and Ground (Figure-Ground Organization)
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The organization of a visual field into an attended figure and the background against which it appears

2.1.A2.1.A.4
Proximity
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The tendency to group elements that are near one another

2.1.A2.1.A.4
Similarity
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The tendency to group elements that share visual characteristics such as shape, color, size, or orientation

2.1.A2.1.A.4
Attention
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The focusing of awareness on selected stimuli or features

2.1.A2.1.A.5
Selective Attention
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Concentrating awareness on one stimulus or task while other available information receives less processing

2.1.A2.1.A.5.i
Cocktail Party Effect
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The tendency for personally significant information, such as one’s name, to capture attention outside the current focus

2.1.A2.1.A.5.i
Inattentional Blindness
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Failure to notice a visible and unexpected stimulus because attention is focused elsewhere

Change Blindness
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Failure to perceive an environmental change because attention is elsewhere or viewing continuity is interrupted

2.1.A2.1.A.5.ii
Depth Perception
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The ability to perceive distance and three-dimensional relationships

2.1.B
Binocular Depth Cues
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Depth information that depends on input from both eyes

2.1.B2.1.B.1
Retinal Disparity
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The difference between the images projected onto the two retinas, with greater disparity generally indicating a nearer object

2.1.B2.1.B.1
Convergence
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The inward turning of the eyes when focusing on a nearby object, with greater turning signaling a closer object

2.1.B2.1.B.1
Monocular Depth Cues
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Depth information available to either eye alone that can also create depth on flat surfaces

2.1.B2.1.B.2
Relative Clarity
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The tendency to perceive clearer, sharper objects as nearer and hazier objects as farther away

2.1.B2.1.B.2
Relative Size
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When objects are assumed to have similar actual sizes, the one producing the smaller retinal image is perceived as farther away

2.1.B2.1.B.2
Texture Gradient
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The gradual change from coarse, detailed nearby texture to finer, denser, less distinct distant texture

2.1.B2.1.B.2
Linear Perspective
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The tendency for parallel lines to appear to converge as they extend into the distance

2.1.B2.1.B.2
Interposition (Occlusion)
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A depth cue in which an object blocking part of another is perceived as nearer than the partly hidden object

2.1.B2.1.B.2
Visual Perceptual Constancies
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Tendencies to perceive familiar objects as stable even when their retinal images change

2.1.B2.1.B.3
Size Constancy
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Perceiving an object’s actual size as relatively stable despite changes in the size of its retinal image

2.1.B2.1.B.3
Shape Constancy
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Perceiving an object’s shape as stable despite viewing-angle changes in the shape of its retinal image

2.1.B2.1.B.3
Color Constancy
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Perceiving familiar surface colors as relatively stable under differing illumination

2.1.B2.1.B.3
Brightness Constancy (Lightness Constancy)
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Perceiving an object’s relative lightness as stable despite changes in illumination

2.1.B2.1.B.3
Apparent Movement
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The perception of motion when no object is actually moving continuously through the perceived path

2.1.B2.1.B.4
Stroboscopic Movement
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Apparent continuous movement produced by rapidly presenting a sequence of slightly different still images

2.1.B2.1.B.4
Phi Phenomenon
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Apparent movement in which adjacent stationary lights flashing in sequence seem to be one moving light

2.1.B2.1.B.4
Concept
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A mental category that groups objects, events, ideas, or people sharing relevant features

2.2.A2.2.A.1
Prototype
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The ideal or most typical example of a concept, used as a standard for categorization

2.2.A2.2.A.1
Assimilation
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Interpreting new information through an existing schema without changing the schema

2.2.A2.2.A.2
Accommodation
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Modifying an existing schema or creating a new one to incorporate new information

2.2.A2.2.A.2
Algorithm
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A systematic, step-by-step procedure that attempts possible solutions according to a rule until the correct one is found

2.2.A2.2.A.3
Heuristic
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A mental shortcut or rule of thumb that finds a likely answer efficiently but does not guarantee correctness

2.2.A2.2.A.4
Representativeness Heuristic
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Judging likelihood by resemblance to a prototype, expectation, or stereotype, often while neglecting base rates

2.2.A2.2.A.4
Availability Heuristic
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Judging probability, frequency, or importance by how easily examples come to mind

2.2.A2.2.A.4
Mental Set
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The tendency to approach a new problem with a strategy that worked on previous problems

2.2.A2.2.A.5
Priming
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The influence of exposure to one stimulus on the processing of or response to a later stimulus

2.2.A2.2.A.5
Framing
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The influence of how logically equivalent information or choices are presented, such as as gains or losses

2.2.A2.2.A.5
Gambler’s Fallacy
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The mistaken belief that previous independent outcomes change the probability of the next random event

2.2.A2.2.A.6
Sunk-Cost Fallacy
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Allowing an irrecoverable past investment to improperly influence whether to continue a present course of action

2.2.A2.2.A.6
Executive Functions
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Cognitive control processes used to generate, organize, plan, monitor, and carry out goal-directed behavior

2.2.A2.2.A.7
Critical Thinking
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The careful evaluation of claims, evidence, assumptions, and reasoning to reach well-supported conclusions

Creativity
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Thinking that generates ideas, approaches, or products that are both novel and useful or appropriate

2.2.A2.2.A.8
Divergent Thinking
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Generating many possible ideas or solutions from a single starting point

2.2.A2.2.A.8
Convergent Thinking
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Narrowing possibilities to identify a single best or correct answer

2.2.A2.2.A.8
Functional Fixedness
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A cognitive bias that limits an object to its usual function, preventing consideration of alternative uses

2.2.A2.2.A.8
Memory
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The persistence of learning over time through encoding, storage, and retrieval

2.3.A2.3.A.1
Explicit Memory (Declarative Memory)
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Memory that is consciously accessible and can be relatively easily stated or described

2.3.A2.3.A.1.i
Episodic Memory
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Explicit memory for personally experienced events, often including where and when they occurred

2.3.A2.3.A.1.i
Semantic Memory
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Explicit memory for facts, concepts, meanings, and general knowledge

2.3.A2.3.A.1.i
Implicit Memory
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Memory that influences behavior without requiring conscious recollection and is often expressed through performance

2.3.A2.3.A.1.ii
Procedural Memory
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Implicit memory for learned skills, procedures, and sequences of action

2.3.A2.3.A.1.ii
Prospective Memory
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Memory for an intended future action—remembering to do something later

2.3.A2.3.A.1.iii
Long-Term Potentiation
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A lasting strengthening of synaptic transmission following repeated activation of a neural pathway, serving as a biological mechanism of memory storage

2.3.A2.3.A.2
Working Memory Model
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A model in which the central executive coordinates the phonological loop and visuospatial sketchpad to maintain and manipulate information

2.3.A2.3.A.3
Central Executive
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The working-memory component that directs attention and coordinates other components and limited mental resources

2.3.A2.3.A.3
Phonological Loop
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The working-memory component that temporarily holds and works with verbal and auditory information

2.3.A2.3.A.3
Visuospatial Sketchpad
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The working-memory component that temporarily holds and manipulates visual images and spatial relationships

2.3.A2.3.A.3
Multi-Store Model (Three-Stage/Modal Model of Memory)
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A model in which information moves among sensory, short-term, and long-term memory through attention, processing, and retrieval

2.3.A2.3.A.4
Sensory Memory
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The immediate and extremely brief preservation of a detailed trace of sensory stimulation after the stimulus ends

2.3.A2.3.A.4
Iconic Memory
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Sensory memory that retains visual information for approximately 0.2 to 0.5 seconds

2.3.A2.3.A.4
Echoic Memory
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Sensory memory that retains auditory information for approximately 3 to 4 seconds

2.3.A2.3.A.4
Short-Term Memory
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The limited-capacity store that holds active information in conscious awareness for about 15 to 30 seconds without rehearsal

2.3.A2.3.A.4
Working Memory
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A limited-capacity active-memory system that temporarily holds and manipulates information during thinking

2.3.A2.3.A.3
Long-Term Memory
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The relatively enduring and essentially unlimited storage of knowledge, experiences, and learned skills for periods ranging from hours to a lifetime

2.3.A2.3.A.4
Automatic Processing
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Encoding that occurs with little deliberate attention or conscious effort

2.3.A2.3.A.4
Effortful Processing
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Encoding that requires conscious attention and deliberate mental work

2.3.A2.3.A.4
Encoding
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Transforming incoming information into a mental representation that the memory system can process and use

2.3.A2.3.A.1
Storage
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The retention of encoded information over time

2.3.A2.3.A.1
Retrieval
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Accessing encoded and stored information so it becomes available for thought, report, or behavior

2.3.A2.3.A.1
Levels of Processing Model
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A model proposing that deeper encoding produces stronger retention, progressing from structural to phonemic to semantic processing

2.3.A2.3.A.5
Structural Processing
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Shallow encoding focused on a stimulus's physical or visual features

2.3.A2.3.A.5
Phonemic Processing
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Encoding focused on sound, deeper than structural processing but shallower than semantic processing

2.3.A2.3.A.5
Semantic Processing
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Deep encoding focused on meaning and associations, generally producing the strongest retention

2.3.A2.3.A.5
Mnemonic Device
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A memory strategy that connects new information to an organized, familiar, or easily imagined representation

2.4.A2.4.A.2
Method of Loci
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A mnemonic that links items to vivid images at ordered locations along a familiar route, which is mentally retraced for recall

2.4.A2.4.A.2
Chunking
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Grouping separate pieces of information into larger, meaningful units called chunks

2.4.A2.4.A.3
Hierarchical Organization (Hierarchy)
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Organizing information at multiple levels from broad categories to narrower subcategories and specific examples

2.4.A2.4.A.3
Spacing Effect
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The finding that distributed practice generally produces better long-term retention than equivalent massed practice

2.4.A2.4.A.4
Distributed Practice vs. Massed Practice
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Distributed practice spreads learning across sessions separated in time; massed practice concentrates it into one continuous or closely grouped session

2.4.A2.4.A.4
Serial Position Effect
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The tendency to remember items at the beginning and end of a sequence better than items in the middle

2.4.A2.4.A.5
Primacy Effect
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Better memory for items near the beginning of a sequence, often because they receive more attention and rehearsal

2.4.A2.4.A.5
Recency Effect
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Better memory for items near the end of a sequence because they remain readily available in working memory during immediate recall

2.4.A2.4.A.5
Maintenance Rehearsal
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Rote repetition that keeps information active in short-term memory without adding meaning

2.5.A2.5.A.2
Elaborative Rehearsal
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Connecting new information with meaning, prior knowledge, imagery, examples, categories, or personal experience to improve long-term retention

2.5.A2.5.A.2
Highly Superior Autobiographical Memory (HSAM)/Hyperthymesia
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The unusual ability to recall personal experiences and their dates with exceptional detail, without having perfect memory for everything

2.5.A2.5.A.3
Self-Reference Effect
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The tendency to remember information better when it is connected to oneself

2.5.A2.5.A.3
Amnesia
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A significant loss of memory or ability to form memories, often associated with brain injury, disease, surgery, or severe psychological trauma

2.5.A2.5.A.4
Retrograde Amnesia
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Loss of memories formed before the onset of an injury or disorder

2.5.A2.5.A.4
Anterograde Amnesia
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An inability or severe difficulty forming new long-term memories after the onset of an injury or disorder

2.5.A2.5.A.4
Alzheimer’s Disease
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A progressive neurodegenerative disorder that damages memory and other cognitive abilities, often affecting new episodic learning before remote memories

2.5.A2.5.A.4
Infantile Amnesia/Childhood Amnesia
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The ordinary inability of older children and adults to recall autobiographical episodes from the earliest years of life, especially before about age 3

2.5.A2.5.A.4
Recall
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Retrieval that requires generating previously learned information without the target answer being presented for identification

2.6.A2.6.A.1
Recognition
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Retrieval that requires identifying previously learned information when it is presented

2.6.A2.6.A.1
Retrieval Cue
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An external or internal stimulus or condition that helps activate information in memory

2.6.A2.6.A.1
Context-Dependent Memory
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Improved retrieval when the external environment at retrieval matches or contains cues from the environment present during encoding

2.6.A2.6.A.2
Mood-Congruent Memory
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The tendency for a current emotional mood to make memories with a matching emotional tone more accessible

2.6.A2.6.A.2
State-Dependent Memory
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Improved retrieval when the internal physiological state at retrieval matches the state present during encoding

2.6.A2.6.A.2
Retrieval Practice
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The deliberate attempt to bring learned information to mind in order to strengthen later retrieval

2.6.A2.6.A.3
Testing Effect (Test-Enhanced Learning)
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The finding that retrieving information through testing produces better later retention than spending equivalent time only restudying or rereading

2.6.A2.6.A.3
Metacognition
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Awareness and regulation of one’s own thinking and learning, including monitoring knowledge and adjusting study strategies

2.6.A2.6.A.3
Forgetting Curve
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The pattern in which retention declines rapidly soon after learning and then levels off over time

2.7.A2.7.A.1
Encoding Failure
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Failure to form a retrievable long-term memory because information was not adequately encoded

2.7.A2.7.A.2
Interference
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Competition between sets of information that makes learning or accurate retrieval more difficult

2.7.A2.7.A.2
Proactive Interference
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Interference in which older information disrupts the learning or retrieval of newer information

2.7.A2.7.A.2
Retroactive Interference
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Interference in which newer information disrupts the retrieval of older information

2.7.A2.7.A.2
Tip-of-the-Tongue Phenomenon
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A temporary inability to retrieve stored information despite partial access and a strong feeling that recall is close

2.7.A2.7.A.2
Repression
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The psychodynamic defense mechanism that unconsciously keeps distressing thoughts, feelings, or memories out of awareness

2.7.A2.7.A.3
Misinformation Effect
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The alteration of a later memory report by misleading information encountered after an event

2.7.A2.7.A.4
Source Amnesia
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Remembering information while forgetting or misidentifying where that information originated

2.7.A2.7.A.4
Constructive Memory
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The rebuilding of a memory from stored information, schemas, expectations, and later information rather than replaying an exact recording

2.7.A2.7.A.4
Memory Consolidation
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The process through which a newly encoded memory becomes stable and integrated into long-term storage

2.7.A2.7.A.4
Imagination Inflation
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An increase in confidence that an event occurred after the event has been imagined

2.7.A2.7.A.4
Intelligence
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The ability to learn from experience, reason, solve problems, and adapt effectively to new situations

2.8.A2.8.A.1
General Intelligence (g)
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Spearman’s broad mental ability that contributes to performance across many different cognitive tasks

2.8.A2.8.A.1
Gardner’s Theory of Multiple Intelligences
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The theory that intelligence consists of relatively distinct linguistic, logical-mathematical, spatial, musical, bodily-kinesthetic, interpersonal, intrapersonal, and naturalistic capacities

2.8.A2.8.A.1
Howard Gardner
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The psychologist who proposed that intelligence consists of multiple relatively distinct capacities rather than one general ability

Sternberg’s Triarchic Theory
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The theory that intelligence includes three connected forms: analytical, creative, and practical intelligence

2.8.A2.8.A.1
Robert Sternberg
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The psychologist who proposed the triarchic theory dividing intelligence into analytical, creative, and practical forms

Analytical Intelligence
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The ability to analyze information, evaluate alternatives, compare ideas, and solve familiar academic problems

2.8.A2.8.A.1
Creative Intelligence
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The ability to handle novel situations, generate original ideas, and combine information in new ways

2.8.A2.8.A.1
Practical Intelligence
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The ability to apply knowledge effectively by adapting to, shaping, or selecting everyday environments

2.8.A2.8.A.1
Emotional Intelligence
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The ability to perceive, understand, use, and manage emotions in oneself and others

Mental Age
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The chronological-age level whose typical performance matches a person’s performance on an intelligence test

2.8.B2.8.B.1
Chronological Age
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A person’s actual age measured from birth

Intelligence Quotient (IQ)
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Historically, mental age divided by chronological age and multiplied by 100: IQ = mental age ÷ chronological age × 100

2.8.B2.8.B.1
Alfred Binet and Théodore Simon
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Researchers who developed an early intelligence assessment to identify French schoolchildren needing educational assistance and introduced mental age

2.8.B2.8.B.1
Lewis Terman and the Stanford-Binet Test
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Terman’s United States adaptation of Binet and Simon’s early intelligence assessment

2.8.B2.8.B.1
David Wechsler
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The psychologist who developed widely used intelligence scales for adults and children and helped establish modern deviation IQ scoring

Psychometrics
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The study of measuring psychological characteristics

2.8.B2.8.B.2
Standardization
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Administering and scoring a test with consistent directions, time limits, materials, rules, and testing conditions

2.8.B2.8.B.2.i
Validity
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The extent to which evidence supports interpreting and using a test score for its intended purpose

2.8.B2.8.B.2.ii
Construct Validity
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The extent to which an assessment actually measures the theoretical construct it is intended to measure

2.8.B2.8.B.2.ii
Predictive Validity
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The extent to which a test score accurately forecasts a relevant future outcome

2.8.B2.8.B.2.ii
Reliability
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The consistency with which a test produces similar results when the measured characteristic has not changed

2.8.B2.8.B.2.iii
Test-Retest Reliability
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Consistency measured by correlating the same participants’ scores on the same test given on two occasions

2.8.B2.8.B.2.iii
Split-Half Reliability
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Internal consistency measured by dividing a test into comparable halves and correlating the two sets of scores

2.8.B2.8.B.2.iii
Stereotype Threat
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Reduced performance caused by concern that one may confirm a negative stereotype about one’s group

2.8.B2.8.B.3
Stereotype Lift
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Improved performance that can occur when a favorable social comparison makes one’s group seem relatively advantaged

2.8.B2.8.B.3
Flynn Effect
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The general rise in intelligence-test performance across generations in much of the world because of changing societal and environmental conditions

2.8.C2.8.C.1
Achievement Test
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A test intended to measure knowledge and skills a person has already learned

2.8.D2.8.D.1
Aptitude Test
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A test intended to predict future performance or a person’s capacity to benefit from particular instruction or training

2.8.D2.8.D.1
Fixed Mindset
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The belief that intelligence is essentially stable and cannot be substantially developed

2.8.D2.8.D.2
Growth Mindset
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The belief that intellectual abilities can develop through experience, effective effort, instruction, strategies, feedback, and help

2.8.D2.8.D.2