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Glossary

A

Achievement Tests

Criticality: 2

Tests designed to measure what an individual has already learned or mastered in a specific subject or area.

Example:

A final exam in a history class or a state-mandated reading assessment are examples of achievement tests.

Analytical Intelligence

Criticality: 2

One component of Sternberg's Triarchic Theory, referring to problem-solving skills, often measured by traditional IQ tests.

Example:

A chess grandmaster uses their strong analytical intelligence to anticipate opponents' moves and strategize complex sequences.

Aptitude Tests

Criticality: 2

Tests designed to predict an individual's future performance or capacity for learning in a particular area.

Example:

The SAT and ACT are common aptitude tests used to predict how well students might perform in college.

C

Cattell-Horn-Carroll (CHC) Theory

Criticality: 2

A hierarchical model of intelligence that integrates various theories, proposing broad abilities (like fluid reasoning and crystallized knowledge) that are composed of more specific, narrow abilities.

Example:

The Cattell-Horn-Carroll (CHC) Theory helps explain why someone might have excellent vocabulary (crystallized knowledge) but struggle with solving novel puzzles (fluid reasoning), as these are distinct broad abilities.

Construct Validity

Criticality: 2

A type of validity that assesses whether a test accurately measures the theoretical construct or concept it claims to measure.

Example:

A new test designed to measure 'creativity' would need to demonstrate strong construct validity by showing it truly captures the multifaceted nature of creativity, not just divergent thinking.

Creative Intelligence

Criticality: 2

One component of Sternberg's Triarchic Theory, involving the ability to generate novel ideas and adapt to new situations.

Example:

An artist who invents a new painting technique or a chef who develops a unique fusion cuisine demonstrates high creative intelligence.

Cultural Bias

Criticality: 3

The tendency of an intelligence test to favor individuals from certain cultural backgrounds over others, potentially leading to unfair or inaccurate results.

Example:

An IQ test that includes questions heavily reliant on knowledge of American football or specific Western historical events might exhibit cultural bias against individuals from other cultures.

Culturally Responsive Assessments

Criticality: 2

Assessment practices designed to reduce bias by considering the test-taker's cultural background, language, and relevant norms.

Example:

Using bilingual test administrators or incorporating content relevant to diverse cultural experiences are ways to implement culturally responsive assessments.

F

Fixed Mindset

Criticality: 3

The belief that one's intelligence and abilities are innate, unchangeable traits that cannot be developed or improved.

Example:

A student who believes they are 'just not good at math' and gives up easily on challenging problems likely has a fixed mindset.

Flynn Effect

Criticality: 3

The observed phenomenon of a steady increase in average intelligence test scores (IQ scores) across generations over time.

Example:

The fact that today's average person would score significantly higher on an IQ test from the 1930s is an illustration of the Flynn Effect.

G

Growth Mindset

Criticality: 3

The belief that one's intelligence and abilities can be developed and improved through effort, dedication, and learning from mistakes.

Example:

A student who sees a low test score as an opportunity to study harder and learn from their errors demonstrates a growth mindset.

M

Multiple Intelligences Theory

Criticality: 3

Howard Gardner's theory suggesting that intelligence is not a single general ability but rather comprises several distinct and independent intelligences, such as linguistic, logical-mathematical, and musical.

Example:

A student who excels in music and dance but struggles with traditional academic subjects might be seen as having high musical and bodily-kinesthetic multiple intelligences according to Gardner.

N

Norms

Criticality: 2

Standardized scores derived from a large, representative sample that allow for comparison of an individual's test score to the performance of others in the same population.

Example:

When a child's height is plotted on a growth chart, their measurement is being compared to the norms established for children of their age and gender.

P

Practical Intelligence

Criticality: 2

One component of Sternberg's Triarchic Theory, defined as the ability to apply knowledge and skills to real-world situations and everyday problems.

Example:

Someone who can navigate a complex public transportation system in a foreign city or effectively manage a difficult team project at work is exhibiting strong practical intelligence.

Predictive Validity

Criticality: 2

A type of validity that indicates how well a test predicts future performance or outcomes related to the construct being measured.

Example:

The SAT aims for high predictive validity by attempting to forecast a student's future academic success in college.

R

Reliability

Criticality: 3

The consistency of a measure, indicating whether a test yields consistent results over time or across different parts of the test.

Example:

If you take an IQ test today and get a score of 110, and then take it again next month and get 109, the test demonstrates high reliability.

S

Standardization

Criticality: 3

The process of administering and scoring a test in a consistent manner for all test-takers, ensuring uniformity and allowing for meaningful comparisons.

Example:

To ensure fairness, the SAT uses strict standardization procedures, meaning every student takes the test under the same conditions and instructions.

Stanford-Binet Test

Criticality: 1

An early intelligence test that calculated IQ by dividing mental age by chronological age, a method no longer used in modern assessments.

Example:

Historically, if a 10-year-old could answer questions typically answered by a 12-year-old, their IQ on the Stanford-Binet Test would have been calculated as (12/10) * 100 = 120.

Stereotype Lift

Criticality: 1

A performance boost that occurs when individuals are exposed to positive stereotypes about their own group or negative stereotypes about an out-group.

Example:

If a group of students is told that their demographic group typically excels on a particular type of test, they might experience stereotype lift, leading to improved scores.

Stereotype Threat

Criticality: 3

The apprehension or fear that one's performance will confirm a negative stereotype about one's group, which can lead to decreased performance.

Example:

A female student taking a challenging math test might experience stereotype threat if she is aware of the stereotype that women are not as good at math, potentially hindering her performance.

T

Triarchic Theory of Intelligence

Criticality: 3

Robert Sternberg's theory proposing three distinct types of intelligence: analytical, creative, and practical.

Example:

When a student not only solves complex physics problems (analytical) but also designs an innovative experiment (creative) and then successfully applies their knowledge to fix a broken device (practical), they are demonstrating aspects of Sternberg's Triarchic Theory of Intelligence.

V

Validity

Criticality: 3

The extent to which a test accurately measures what it is intended to measure.

Example:

If a driving test truly assesses a person's ability to drive safely, then it has high validity.

W

Wechsler Scales

Criticality: 2

Modern intelligence tests (e.g., WAIS, WISC) that compare an individual's performance to age-based norms rather than using mental age calculations.

Example:

When a psychologist assesses an adult's cognitive abilities, they are likely to use the WAIS, one of the Wechsler Scales, to provide a comprehensive profile of strengths and weaknesses.

g

g factor

Criticality: 3

Proposed by Charles Spearman, the g factor is a single, general intelligence that underlies and influences performance on all cognitive tasks.

Example:

If someone is good at math, verbal reasoning, and spatial puzzles, Spearman would suggest a strong underlying g factor is contributing to their success across these diverse areas.