Intelligence Flashcards
* Mental age*
Stern’s Intelligence Quotient
• Ratio of mental age to chronological age • IQ = Mental Age / Chronological Age x 100
Juan is 8 years old and has a mental age of 10. What is Juan’s IQ?
2. Juan is 8 years old and has an IQ of 125. What is Juan’s mental age?
3. Juan has a mental age of 10 and an IQ of 125. How old is Juan?
Binet’s assumptions (1899)
Binet (1899) ’s Assumptions
• Mental abilities develop with age
• Rate at which people gain mental competence is characteristic of the person and is constant over time
General Intelligence (Spearman, 1932)
A common skill set, the g factor, underlies all of our intelligent behaviour, from navigating the sea to excelling in school
• Using factor analysis, Spearman found (“highly”) positive correlations among different specific abilities.
General Intelligence from Evolutionary Perspective
(Kanazawa, 2004)
There should be an evolved general intelligence
• The g factor correlates with the ability to solve various novel problems in academic and many vocational situations
• But g factor does not much correlate with the ability in evolutionarily familiar situations
Theories of multiple intelligences
Fill in Spearman Thurstone 7 Gardener** 8+1 Sterberg** 3
Thurstone 7 primary mental abilities
- Space: Reasoning about visual scenes
- Verbal comprehension: Understanding verbal statements
- Word fluency: Producing verbal statements
- Number facility: Dealing with numbers
- Perceptual speed: Recognizing visual patterns
- rote Memory: Memorizing
- Reasoning: Dealing with novel problems
*** Gardners 8+1 intelligences
Fill in
Criticisms include:
Linguistic, logical-mathematical, and visuospatial intelligence can be measured by existing tests, but the other are not.
• Musical and bodily-kinesthetic abilities are better regarded as talents rather than intelligence
• Interpersonal and intrapersonal abilities are part of EQ rather than IQ
Sternberg’s Triarchic Theory of Intelligence
• (Cognitive Approach) Information processing & cognitive processes
involved in intelligence have 3 components: • Metacomponents
• Performance components
• Knowledge-acquisition components
• Sternberg’s theory divides the cognitive processes that underlie intelligent behaviour into three specific components
Sternberg’s theory divides the cognitive processes that underlie intelligent behaviour into three specific components.
Emotional intelligence
The abilities
• to read others’ emotions accurately
• to respond to them appropriately
• to motivate oneself
• to be aware of one’s own emotions
• to regulate and control one’s own emotional responses
• Adaptive functions:
1. Stronger emotional bonds 2. Greater success
3. Less depression
4 branches of emotional intelligence
• The Mayer-Salovey-Caruso Emotional Intelligence Test (MSCEIT) includes specific tasks to measure each branch
1. Perceiving emotions
- Using emotions
- Understanding emotions
- Managing***
Psychometric approach
Aim: identify different dimensions of intelligence→create subset questions for an intelligence test
• Method: Factor Analysis
• Reduces large amount of data to smaller number of clusters • Identifies clusters or factors
• Researchers determine meaning of factors
Factor Analysis: Carroll’s Three-Stratum Model
• Is based on a reanalysis of more than 400 data sets
• Identify 8 factors (Stratum II) that contribute to the g factor
• The lengths of the arrows from Stratum III to represent the contribution of the g factor to each Stratum II factor
**Intelligence and aging (2 factors)
Crystallized intelligence
• Apply previously learned knowledge to current problems
•⬆️or intact with aging •
Fluid intelligence
• Deal with novel situations without any previous knowledge
⬇️ with aging
Intelligence tests
Stanford Binet
Weschler
Stanford Binet test
Stanford-Binet Test
• Alfred Binet developed the first intelligence test to assess the mental skills of French school children
• Lewis Terman (1916) revised Binet’s tests – verbal + non-verbal tests
• The Stanford-Binet measures five factors of cognitive ability: Fluid Reasoning, Knowledge, Quantitative Reasoning, Visual-Spatial Processing, and Working Memory