Language
the grouping of spoken, written, or gestured symbols used to convey information
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| Term | Definition |
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Language | the grouping of spoken, written, or gestured symbols used to convey information |
Productivity | the creation of new messages. Humans can connect unrelated information to form new ideas or messages |
Imitation of gestures (word sounds) | the ability to mimic speech sounds, but not necessarily other sounds from the environment, to learn to produce speech |
Symbolic representation | a mental symbol (i.e., sound, picture, or gesture) is used to represent an object, number, or thought. Ex) a visual drawing of a computer can be used to symbolize a computer but our vocalization and spelling of c-o-m-p-u-t-e-r are not directly related to its use or meaning
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Naming objects | the ability to verbally name an object, which involves cognitive processes of storing and retrieving information |
Social communication | aspects of communication which rely on interpersonal relationships, conveying thoughts, feelings, and intentions |
When children are exposed to tonal languages they | become skilled at detecting pitch differences and are substantially more likely to exhibit perfect pitch compared to those exposed to intonation languages |
Perszyk and Waxman (2019) | found that babies learning to speak English were able to form categorical connections and distinguish between familiar and new items if the language was similar to English (German), but not if the language was Cantonese, which is quite different. |
Grammar | the general rules of language |
Syntax | structure and order of words within a language |
Wernicke's aphasia (fluent aphasia) | fluent speech that sounds normal in rhythm and grammar but often lacks meaning; comprehension is poor |
Broca's aphasia (nonfluent aphasia) | speech is slow, effortful, and nonfluent, though comprehension is relatively preserved. |
Behaviorism and B.F. Skinner | argued that environmental influences strongly dictated language development |
Noam Chomsky | urged the consideration of biological constraints on development |
verbal behavior | ideas from operant conditioning are applied to language to focus on language as a form of behavior. Posits that language is formed from a series of reinforcements |
Theories of operant conditioning to children's language | Parents who encourage, praise, or elaborate their child's play behavior have children who reach language milestones earlier
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Nativism | the belief that certain abilities are built into our brains |
language acquisition device (LAD) | a hypothetical mechanism in the brain responsible for the faculty of language. No area was found but there is a substantial amount of evidence that biology and genetics constrain language development |
Critical period | a theoretical stage of development when it is necessary for children to receive environmental stimulation in order to promote healthy development-- more often referred to as a |
sensitive period | throughout development, the neurological system is more malleable during early development but is still modifiable later in life with the proper environmental stimulation |
Emergentist perspective | argues that there is not an innate, inherited biological region responsible for language, but rather language evolves overtime as a result of the neurobiological system, similar to other traits that are shaped by the environment through evolution |
difference between nativist and behaviorist approach | a nativist approach would focus heavily on how inherited speech bias and early flexibility prepare us to learn language, whereas an behaviorist perspective would emphasize that our development of speech is dependent on our exposure to, and familiarity with, our native language |
Mental lexicon | the storage of words and related concepts |
Phonemes | the smallest sound unit of language |
Morphemes | the smallest unit of language comprehension |
Semantic | the meaning of a word |
Wittgenstein (1953) argues | that we don't store exact definitions of items. Rather, we store a general sense of information and define category membership by overlaps in similarity |
Family Resemblance Theory | a categorization theory which argues we classify an item based broadly on its similarity or dissimilarity to other members within a related category |
prototype | the most common, or typical, form a word assumes when we imagine it. |
prototype theory | Concepts are lists of characteristic (or average) rather than defining features
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Exemplary Theory | People remember instances and associated properties
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Sapir-Whorf Hypothesis | a theory which posits the structural differences in language can alter one's perception and understanding of reality. Also known as linguistic relativity |
Luchin (1942) | tests initial experience, explaining how a problem influences later solutions and approaches
○ He experiment's participants were given the following problem: there are 3 water jars, each with the capacity to hold a different, fixed amount of water; the subject must figure out how to measure a certain amount of water using these jars. It was found that subjects used methods that they had used previously to find the solution even though there were quicker and more efficient methods available. The experiment shines light on how mental sets can hinder the solving of novel problems.
○ Overall, their mental set (a person's expectation of how to solve a problem) was influenced by their prior interaction and created a set effect (a fixation, limiting their application of new solutions)
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steps to finding solutions to a problem | 1) initial state: recognizing what the problem is 2) strategy application: implement a solution 3) Desired solution: the problem is solved |
functional fixedness | the tendency to view an object as only having one function, the one that is commonly used for, and neglecting to see other possible uses |
Mental sets | the tendency to persist with a previous solution approach |
Duncker and Lees (1945) | gave participants a box containing candle, tacks, and a match. Their challenge was to affix the candle to a nearby corkboard so that the candle did not drip wax on the table below. Participants frustratingly tried to create possible solutions but were rarely successful. In a different condition, Duncker provided participants with a candle, a collection of tacks outside of their box, and matches. By just changing the presentation of the items and removing the tacks from their box, participants were much better able to use all the items for a solution. They were less likely to become fixated on the box's function as a holder for tacks, but instead saw the utility of co-opting the box as a shelf for their candle. |
algorithms | a precise set of rules applied in order to solve a problem |
trial-and-error | - Apply a sequence of possible strategies until solved
Example: trying to find the right key for a lock |
Heuristics | short-cut rules that are applied to solve problems. They may not also lead to accurate solutions but work to provide quick, efficient solutions. |
Means-end heuristic | a problem-solving strategy which involves the problem solver to envision the desired, goal-state, and take whatever measures necessary to attain that goal |
Representative heuristic | a problem-solving strategy which involves the problem solver mentally comparing something to our stored prototype of an event, object, or person |
Availability heuristic | a problem-solving strategy which predicts we make judgments based on how easily instances of the same or related events are to retrieve from our memory, or how easily available those memories are |
Creativity process steps | 1. preparation
2. incubation
3. illumination
4. evaluating |
Preparation | gathering knowledge and proficiency with a topic |
Incubation | requires the idea to sit on the back burner of your mind while you consciously work on something unrelated |
Illumination | follows a period of slight pre-awareness, but it is often reported to come as a surprise. |
Evaluating | assessing whether an inspired idea is indeed a creative and worthy solution |
Confirmation bias | the tendency to pay attention to information consistent with one's existing beliefs and ignore or discard information inconsistent with their beliefs |
Subjective difference | elicited from the framing of scenarios and influences our thinking and decision making process |
Framing | presenting the same situation in a way that emphasizes certain benefits or risks |
Intuition | knowing something inherently or automatically, without the need for conscious reasoning |
System 1 thinking | this system predominantly relies on emotional systems and stored experiences to guide thinking |
System 2 thinking (logical thinking) | this system relies on logical, rational thinking, which countermands initial, intuitive thought processes |
Intelligence | the ability to gain knowledge by learning and solving problems |
general cognitive ability (g factor) | a statistical construct that represents the common variance among cognitive abilities. |
Francis Galton | a psychologist and statistician (among other specialties) (1822-1911), Galton focused on measuring varied abilities of people using empirical methods to ensure precise assessment. He hypothesized that a person's g factor was the product of heredity and believed that intelligence was related to how well one used one's senses. |
Binet-Simon Test | the first written measure of intelligence- focused on behavioral measures of intelligence-- introduced the idea of "mental age" |
Direction | the ability to know what to do and how to do it |
Adaptation | the ability to create strategies for implementing this knowledge and monitoring its progress |
Criticism | the ability to step back and find errors in one's thinking |
Deviation IQ | Weschler's solution to the problem of Terman's method of measuring intelligence (see IQ) that one's IQ goes down with age. Weschler replaced comparing mental age and chronological age with comparing one's performance to the average score on a test for a large number of people of the same age. How one's score deviated from this average score was used to calculate one's IQ. The average IQ for any age is always 100 points, and one standard deviation (at any age) is always 15 points. |
Performance-Based Tests | Designed to assess an individual's ability to detect non-obvious patterns and use them to answer a question
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Raven's Progressive Matrices | example of a performance-based measure of intelligence where people infer a pattern and then select an option that best completes the pattern |
General intelligence | an overarching cognitive ability which influences all kinds of tasks a person does |
Charles Spearman's theory | there was a general cognitive ability, or g, which explained someone's overall reasoning abilities. He thought intelligence was made up of two levels. High-order level of general intelligence and lower-order specialized abilities that are specific to certain subjects or tasks |
Raymond Cattell | elaborated on Spearman's theory and proposed that general intelligence (g) was at the top of a hierarchical structure that compromised two major intermediary factors: fluid general intelligence (Gf) and crystallized general intelligence (Gc). |
Fluid general intelligence | the ability to think flexibly and to handle complex and novel situations |
Crystallized intelligence | the ability to solve problems by applying previously accumulated knowledge, such as when you do a multiplication problem. |
cognitive flexibility | the ability to change how one is formulating a problem and to redirect one's attention accordingly. It often involves breaking out of standard and/or automatic forms of behavior |
development of eugenics | Idea that certain races and classes naturally have different levels of intelligence-- based on inaccurate interpretation of Darwin's Theory of Evolution
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fixed trait | intelligence is fixed because personal failure is due to lower intelligence |
malleable trait | personal failure can be overcome with more effort or different strategies |
The Wisdom Paradox | Goldberg's name for the fact that we seem to get wiser with age even though our intelligence goes down with age. This is probably due to the fact that intelligence is a fixed trait, while rationality and skill are abilities that can be increased with training and practice |
Emotional intelligence | the ability to be aware of your own and others' emotions. It's compromised of 1) the ability to perceive emotions accurately; (2) the ability to use emotions to facilitate thought; (3) the ability to understand emotions; (4) the ability to manage emotions |
emotional intelligence table | recognition to the self: self-awareness; regulation of the self: self-management; recognition socially: social awareness; regulation socially: relationship management |
Triarchic theory of intelligence | Robert Sternberg's theory that intelligence is comprised of three factors including analytical, creative, and practical. The three work together for successful achievement of goals. |
Analytical intelligence | when the components are applied to the kinds of problems found in standard IQ tests |
Creative intelligence | occur when the components are applied to unfamiliar situations where novelty is important |
Practical intelligence | when the components are applied to real world settings |
Successful intelligence | Sternberg's phrase for the optimal coordination of analytical, creative, and practical intelligence to be successful at achieving one's goals |
Multiple intelligences | Gardner's theory which argues there are more than one kinds of intelligence that are distinct from each other, such as musical intelligence, kinesthetic intelligence, and visual-spatial intelligence |
multiple intelligences in educational theory | assume people have different learning styles based on
dominant type of intelligence, but there isn't much evidence for enhanced performance outcomes when incorporating learning styles |
Learning styles | a theory of learning which argues each person has a specified learning type. Learning is maximized when content is delivered in a method matching one's type |
semantic dementia | the meaning of objects gets mixed up and confused due to temporal lobe damage on the right lower side of the brain where dying neurons are |
semantic dementia | the meaning of objects gets mixed up and confused due to temporal lobe damage on the right lower side of the brain where dying neurons are |
semantic dementia | the meaning of objects gets mixed up and confused due to temporal lobe damage on the right lower side of the brain where dying neurons are |
Etymology | the ability to discern important information
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Intelligence | - Originally defined as ability to discern true or important information from false or unimportant information
-Today defined as ability to gain knowledge by learning and solving problems |