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AP Psychology Unit11
Unit Test Review
Term | Definition |
---|---|
Intelligence | The ability to learn from experience, solve problems, and use knowledge to adapt to new situations. "A mental ability to learn from experience" Socially constructed and is defined to the attributes that enable success in a culture. |
Psychologists Use Intelligence Tests | To assess individuals' mental aptitudes and compare them with those of others |
Reification | A reasoning error to regard an abstract concept as if it were a real concrete thing. Referring to someone's intelligence quotient as if it were a fixed and objectively real treat is committing this. |
Reification Example | You claim that you are intellectually gifted because you "possess" an IQ of 145 |
"School Smarts" | The sort of problem solving that demonstrates this is what researchers have historically assessed in their tests of intelligence |
Types of General Intelligence Tests | Stanford-Binet, WAIS, and WISC |
Factor Analysis | A statistical procedure that can be used to identify clusters of closely related test items. It has been used to assess whether intelligence is a single trait or a collection of distinct abilities. |
Spearman's G Factor | A general intelligence that underlies successful performance on a wide variety of tasks |
Charles Spearman | Believed that the value of a single intelligence test score provided an index of an individual's mental capacities |
Illustration of the G Factor | Those who score above average on tests of mathematical aptitude are also likely to score above average on tests of verbal aptitude, |
Ability To Solve Novel Problems | People's scores on the general intelligence factor are most highly correlate with the |
Those who emphasize the G Factor | Encourage quantifying intelligence with a single numerical factor |
L.L Thurstone | Disagreed with Spearman about the nature of intelligence. He identified seven clusters of primary mental abilities rather than one general intelligence factor. |
Seven Clusters of Primary Mental Abilities | Verbal Comprehension, Spatial Orientation, Inductive Reasoning, Number Facility, Word Fluency, Associative Memory, Perceptual Speed |
Thurstone Claimed | That word fluency involves a different dimension of intelligence from that of reasoning |
Thurstone's Seven Primary Mental Abilities Example | There is a tendency for those who excel in one of Thurstone's seven primary mental abilities to also demonstrate high levels of competence in other abilities, providing evidence of general intelligence. |
Howard Gardner | Identified a total of eight intelligences. Those who define intelligence as academic aptitude criticize Gardner's concept of multiple intelligences as extending the definition of intelligence to an overly broad range of talents |
Eight Intelligences | Musical (Music Smart), Bodily-Kinesthetic (Body Smart), Interpersonal (People Smart), Verbal-Linguistic (Word Smart). Logical Mathematical (Logic Smart), Naturalistic (Nature Smart), Interpersonal (Self Smart), and Visual Spatial (Picture Smart) |
Savant Syndrome Part One | A person who demonstrates an exceptional specific mental skill while otherwise remaining very limited in intellectual capacity. The characteristics of this directly suggests that intelligence is a diverse set of distinct abilities. |
Savant Syndrome Part Two | Has been used to support Gardner's argument for multiple intelligences |
Savant Syndrome Example | Stephen Wiltshire is a British architectural artist. He is known for his ability to draw from memory a landscape after seeing it just once. At the age of three he was diagnosed as autistic. |
Robert Sternberg | Developed the Triarchic Theory of Intelligence. He distinguished between analytical, practical, and creative intelligences. |
The Sternberg-Wagner Test | Measures practical intelligence such as writing skills, skill in motivating others, and the ability to effectively delegate tasks. |
Analytic Intelligence | Mental steps or "components" used to solve problems |
Creative Intelligence | Use of experience in ways that foster insight |
Practical Intelligence | Ability to read and adapt to the contexts of everyday life |
Emotional Intelligence | The ability to identify, use, understand, and manage emotions in positive ways to relieve stress, communicate effectively, empathize with others, overcome challenges, and defuse conflict |
Critical Component | Emotional Intelligence is this of Social Intelligence |
Components of Emotional Intelligence are | Predicting accurately when feelings are about to change, controlling one's impulses, and delaying immediate pleasures in pursuit of long term goals. |
Criticism for Emotional Intelligence | For extending the definition of intelligence to an overly broad range of skills. |
Emotional Intelligence Example | In stressful situations you can maintain your poise and help others feel comfortable |
Spearman's General Intelligence | A basic intelligence predicts our abilities in varied academic areas. Different abilities correlate like Verbal and Spatial. Human abilities are too diverse to be encapsulated by a single general intelligence factor. |
Thurstone's Primary Mental Abilities | Our intelligence is broke down to seven factors. A single G score is not as informative as scores for seven primary mental abilities. Thurstone seven mental abilities show a tendency to cluster, suggesting an underlying g factor. |
Gardner's Multiple Intelligences Part One | Our abilities are best classified into eight independent intelligences which include a broad range skills beyond school smarts. Intelligence is more than verbal and math skills, our other abilities are important to our human adaptability. |
Gardner's Multiple Intelligences Part Two | Should all of our abilities be considered intelligences? Shouldn't some be called less vital talents |
Sternberg's Triarchic Part One | Our intelligence is best classified into three areas that predict real-world success: analytical, creative, and practical. These three facets can be reliably measured. |
Sternberg's Triarchic Part Two | These three facets may be less independent than Sternberg thought and may actually share an underlying G factor. Additional testing is needed to determine whether these facets can reliably predict success. |
MRI Scan Reveal | Correlations of about +.33 between people's brain size (adjusted for body size) and their intelligence scores. |
Comparison to Einstein's Brain | Although not notably heavier or larger in total size than the typical Canadian's brain, Einstein's brain was 15% larger in the lower region of the partial lobe. |
Lower Region of Partial Lobe | Is a center for processing mathematical and spatial information |
Postmortem Brain Analyses | Reveal that highly educated people have more synapses when they die than do their less educated counterparts |
Research on Intelligence and Brain Anatomy | Indicates that highly intelligent children demonstrate greater neural plasticity than their less intelligent counterparts |
Environmental Stimulation | During childhood often contributes to the developmental of intelligence by altering the circuity of the brain or neural plasticity. |
High Intelligences Scores Have Been Linked With | High concentrations of gray matter in certain regions of front lobe. Gray matter is the cell bodies of neurons. |
Higher Intelligences Scores are Positively Correlated | With the volume of gray matter in specific areas involved in memory, attention, and language. |
Studies suggest that there is a positive correlation between | Intelligence and the neural processing speed in the brain. |
To learn whether intelligence is related to information-processing capacities | Researchers have tested participants to determine how long it takes them to perceive briefly presented visual images. The speed with which people retrieve information for memory has been found to be a predictor of their verbal intelligence. |
Retrieve Information Example | Precocious 12 to 14 year-old college students with unusually high levels of verbal intelligence are most likely to retrieve information from memory at an unusually rapid speed |
Sir Francis Galton | This nineteenth-century English scientist believed that superior intelligence is biologically inherited. Also authored the book Heredity Genius |
Galton Attempted to Assess Intellectual Strengths by Measuring | Muscular Power, Sensory Acuity, Body Proportions |
Alfred Binet Part One | The French government commissioned this person to develop an intelligence test that would reduce the need to rely on teacher's subjectively biased judgement of student's learning potential |
Alfred Binet Part Two | Intelligence test were initially designed by this person and Simon to assess academic aptitude and to identify children likely to have difficulty learning in regular school classes. They assumed a bright child would perform like a normal older child. |
Mental Age | The chronological age that most typically corresponds to a given level of intelligence test performance. Used to determine whether a child's intellectual development was fast or slow. To asses this, Binet and Simon measured children's reasoning skills |
Mental Age Example | Five-year-old Wilbur performs on an intelligence test at a level characteristic of an average 4-year-old. His mental age is 4 |
IQ (original Stanford-Binet) | Mental age divided by chronological age multiplied by 100 |
IQ (original Stanford-Binet) Example | A 12-year-old who responded to the original Stanford Binet with the proficiency typical of an average 9-year-old was said to have an IQ of 75 |
Lewis Terman's | Widely used American revision of Binet's original intelligence test was the Stanford-Binet. |
Binet and Terman | Would disagree about the extent to which intelligence is determined by heredity |
Terman felt that IQ | Was inherited and that intelligence tests would be a great way to classify children |
The Eugenics Movement | Encouraged selective breeding of highly intelligent people |
In the early 20th century, the U.S. government developed intelligence tests | to evaluate newly arriving immigrants. Poor test scores among immigrants who were not of Anglo-Saxon heritage were attributed to innate mental inferiority. |
The original IQ formula | would be least appropriate for representing the intelligence test performance of college students |
A survey of history of intelligence testing reinforces | that important lessons that although science strives for objectivity, scientists can be influenced by their personal biases |
Achievement Tests | Tests designed to assess learned knowledge or skills |
Achievement Test Example | The final exam in a calculus course. |
Aptitude Tests | Tests designed to predict ability to learn a new skills |
Aptitude Tests Example | A test of your capacity to learn to be an automobile mechanic |
Weschler Adult Intellgience Scale (WAIS) | A test that provides separate verbal comprehension, perceptual organization, working memory, and processing speed scores, as well as an overall intelligence score. |
Three performance subtests of the WAIS | Object assembly, picture arrangement, and block design. Designed to test children's intelligence. |
Weschler Adult Intellgience Scale (WAIS) Example | Twenty-two-year-old Bernie takes the WAIS, a test that measures diverse abilities as digit span, vocabulary. and object assembly |
Standardization | A person's test performance can be compared with that of a representative pretested group |
Standardization Example | If you were told that you correctly answered 80 percent of the times on a math achievement test, and you asked how you performance compared with an average test taker, your concern would be directly related to the issue of standardization |
Normal Curve | The distribution of intelligence test scores in the general population forms a bell-shaped pattern known as this |
Less than 2% of people fall in this range | 55-70 or 130-145 |
About 95% people | Fall in this range within 30 points of 100 |
About 68% people | Fall in this range within 15 points of 100 |
Flynn Effect | The widespread improvement in intelligence test performance during the past century. It is due to increasingly improved childhood health and nutrition. It is least likely to be explained in terms of changes in human genetic characteristics. |
The Flynn Effect best illustrates | That the process of intelligence testing requires up-to-date standardization samples |
Flynn Effect Example | Comparing the average performance of the initial WAIS standardization sample with average performance of the most recent WAIS standardization provides convincing evidence of the Flynn Effect. |
Reliability | If a test yields consistent results every time it is used. To measure reliability researchers assess the correlation between scores obtained on two halves of a single test and assess the correlation between scores obtained on alternative forms of a test. |
Reliability Example | You take the same test twice over a six month period. If your scores are almost identical on the two occasions, the test has a high degree of reliability. |
Validity | If a test measures or predicts what it is suppose to measure or predict. Psychologists measure the correlation between aptitude tests and school grades in order to assess the validity of the aptitude test. |
Validity Example | Academic aptitude test scores are most likely to predict accurately the academic success of elementary school. |
Content Validity | Refers how to accurately an assessment or measurement tool taps into the various aspects of the specific constructs in question. |
Content Validity Question | Do the questions really assess the construct in question or are the responses by the person answering the questions influenced by the other factors. |
Content Validity Example | If a road test for a driver's license adequately samples the tasks a driver routinely faces, the test is said to have this |
Predictive Validity | Refers to how well the assessment results can predict a relationship between the construct of being measured and future behavior. |
Predictive Validity Question | Does this assessment measure what it is intended to measure and can the results be used to predict things about the participants? |
Predictive Validity Example | This of general aptitude tests decrease as educational experience of the students who take them increases because there is a relatively restricted range of aptitude test scores among students at a higher education levels. |
Rough indicator of infants' later intelligence | Some studies show this by their preference for looking at a new rather than old picture |
The stability of children's intelligence test scores over time | Is most positively correlated with their chronological age |
Research has indicated that seventh and eight graders | Who outscored most high school seniors on a college aptitude test had begun reading at an unusually early age |
The high positive correlations between scores received on comparable sections of the | SAT and GRE provides evidence for the reliability of these test scores |
Ian and his colleagues | Retested 80 year old Scots, using an intelligence test they had taken as 11-year-olds, the correlation of their scores across seven decades was +0.66 |
Stability Example | IQ tends to remain stable over the lifespan. Those who scored high on an intelligence test at age 11, scored high at age 80 |
Women scoring in the highest 25% on the national intelligence test | At age 11 tended to live longer than those who scored in the lowest 25 % |
Down Syndrome | Is a condition involving intellectual disability caused by an extra chromosome in one's genetic makeup |
Intellectually disabled children | Have difficulty adapting to the normal demands of independent adult life |
Individuals with a mild intellectual disability | Have an intelligence score between 50 and 69 |
Individuals with intellectual disabilities | Have an intelligence score between 35 and 49 |
Over the past 50 years | Children with an intellectual disability have increasingly been mainstreamed into regular school classrooms. |
The percentage of people diagnosed with an intellectual disability | Has increased over the past 80 years because intelligence tests have been re standardized |
Terman's observations of 1500 California children with IQ scores over 135 | Found that intellectually gifted children are typically socially adjusted and academically successful. |
Gifted Education Programs are Criticized for | Widening the achievement gap between higher and lower ability groups & Encouraging the segregation and academic tracking of intellectually advantaged students |
Research on the determinants of intelligence | Indicates that both genes and environment have some influence on intelligence scores. |
Researchers have identified many different chromosomal regions | Important to intelligence indicating that intelligence is a polygenetic trait |
Twin and Adoption Studies | The similarity between intelligence test scores of identical twins raised apart is greater than ordinary siblings raised together. As children age, adopted children's intelligence test scores become more positively correlated with their biological parents |
The Heritability of Intelligence | Refers to the percentage of variation in intelligence within a group that is attributable to genetic factors. Twin and adoption studies are helpful for assessing this |
The heritability of intelligence is greatest among | Genetically dissimilar individuals who have been raised in similar environments |
The impact of early environmental influences on intelligence | Is most apparent among children who experience minimal interaction with caregivers. The intellectual development of neglected children in impoverished environments is often depressed |
Early Environmental Example | J. McVicker Hunt studied children an Iranian orphanage that suffered delayed intellectual development due to a deprived environment. He began a program of tutored human enrichment that trained caregivers to imitate babies' babbling |
The Mozart Effect | Refers to the now discounted finding that cognitive ability is boosted by listening to classical music |
Research indicates that Head Start programs | Reduce the likelihood that participants will repeat grades or require special education and increase the school readiness of children from disadvantaged home environments |
Interventions that promote intelligence teach early teens that the brain is like a muscle | That strengthens with use. This encourage teens to view intelligence as changeable over time |
Boys are most likely | To outperform girls in a chess game and in mentally rotating three-dimensional objects |
Girls are most likely | To outperform boys in a spelling bee and perform as well or better than males at reciting poetry |
Research suggests that women are more skilled | Than men at interpreting others' facial expression of emotion |
Males are most likely to outnumber females | In a highschool classroom for students that are highly gifted in math problem solving |
Exposure to high levels of male sex hormones | During prenatal development is most likely to facilitate the subsequent development of spatial abilities |
Sweden and Iceland exhibit | Little of the gender gap in mathematical abilities found in Turkey and Korea illustrating that mental abilities are socially influenced. |
Research on racial differences | In intelligence indicates that on average Black American perform less well than White Americans on intelligence tests. |
The racial gap on the IQ test | Is caused by differences in environments. Race is a social category not a biological one. |
The distribution of intelligence test scores | Among different racial groups in America is represented by the normal curve |
The intelligence scores of better-fed population | Are higher than the scores of the 1930s population |
Research on racial and ethnic differences | In intelligence indicates that the average mathematics achievement test scores of Asian children are notably higher than those of North American children |
The average difference in intellectual aptitude scores of White and Black college graduates | Has been observed to be greatest when these individuals were high school juniors |
The Question of Bias | Intelligence tests are most likely to be considered culturally biased in content validity. Experts who defend intelligence tests against the charge of being culturally biased and discriminatory would be most likely to highlight the predictive validity. |
The Question of Bias Example | When completing a verbal aptitude test, members of an ethnic minority group are particularly likely to perform below their true ability levels if they believe that the test is biased against members of their own ethnic group |
Blacks have been founded to score lower on tests of verbal aptitude | When tested by Whites than when tested by Blacks illustrating the impact of stereotype threat |
Stereotype Threat | Self-fulfilling expectations are triggered by stereotype threat |
Experts who defend intelligence tests against accusations of racial bias | Note that racial difference in intelligence test scores occur on nonverbal as well as verbal intelligence subscales |
Psychologists would agree that intelligence tests | Have comparable predictive validity for Whites and Blacks |
Intelligence tests have effectively reduced discrimination | In the sense that they have helped limit reliance on educators' subjectively biased judgments of students academic potential |