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How people think
The Nature of though or the processes involved in thinking
How well people think
Cariations among people in thinking ability
Mental Images
Mental representations that stand for objects or events and have a picture-like quality (helpful for motor memory)
Concepts
Ideas that represent a class or group of objects, events, or activities that share common characteristics or attributes. They allow for the identification of new objects and events that may fit the concept.
Formal Concepts
Concepts formed by learning the specific rules or features that define it, many acquired in school (Math rules)
Natural Concepts
Concepts formed as a result of people’s experiences in the real world, most of the concepts we form, by a general set of features (birds)
Prototype
An example that closely matches the defining characteristics (or common features) of a concept
Developing prototypes
The exposure a person has to objects in a category
The knowledge a person has about objects in a category
The culture of a person
Decision Making
Process of evaluation alternatives and choosing among them (no defined goal)
Problem Solving
The thoughts and actions required to achieve a certain goal
Trial and Error
One possible solution after another is tried until a successful one is found (mechanical solution)
Algorithms
Very specific, step-by-step procedures for solving problems always results in the correct answer (mathematical formulas)
Heuristic
An educated guess based on prior experiences that help narrow down the possible solutions for a problem (“Rule of thumb”)
Representative Heuristics
Tendency to judge an event by the extent to which it resembles the typical case (does that guy look like a “frat boy”)
Availability Heuristic
Estimating the frequency or likelihood of an event based on how easy it is to recall relevant information from memory or how easy it is to think of related examples
Insight
Sudden perception of a solution to a problem, anticipating the solution is correct (“A-ha!”)
Functional Fixedness
Thinking about objects only in terms of their typical functions (plier pendulum)
Mental Set
The tendency for people to persist in using problem-solving patterns that have worked for them in the past
Confirmation Bias
The tendency to search for evidence that fits one’s beliefs while ignoring any evidence that does not fit those beliefs (Horoscope)
Creativity
The ability to produce ideas that are both novel and valuable
Convergent Thinking
Type of thinking in which a problem is seen as having only one answer, and all lines of thinking will eventually lead to that single answer by using previous knowledge and logic (black and white thinking)
Divergent Thinking
Type of thinking in which a person starts from one point and comes up with many different ideas or possibilities based on that point (going outside the box in the 9 dot question)
Intelligence
The ability to learn from experience, acquire knowledge, and use resources in adapting to new situations or problem solving
Reification
Viewing an abstract immaterial concept as if it were a concrete thing
Spearmen’s Theory
g factor and s factor
g factor
The ability to reason and solve problems (general knowlege)
s factor
The ability to excel in certain areas (specific intelligence)
Fluid intelligence
Natural ability to solve problems, relatively uninfluenced by experience
Crystallized intelligence
Knowledge and abilities acquired through experiences (ex. vocabulary)
Gardner’s Theory
Multiple intelligences
Triarchic Theory
Sternberg claims there are three kinds of intelligence: analytical, creative, and practical
Analytical intelligence
The ability to break problems down into component parts, higher preformance on strandardized tests (High g)
Creative intelligence
The ability to deal with new and different concepts, how well can you cope with a new task? (“quick learner”)
Practical intelligence
The ability to use information to get along in life and become successful, size up situations and act accordingly (“Street Smarts”)
Emotional intelligence
The ability to perceive, understand, and use emotions
Reliability
Produce similar scores from one test time to the next (reproducibility)
Validity
How well a test measures what it is supposed to measure
Standardization
Administering the rest to a representative sample of future test takers in order to establish a basis for meaningful comparison
IQ
Intelligence quotient, the goal: help those identified as potentially having trouble in school
IQ equation
(Mental age / chronological age) x 100
Average intelligence
100 because mental age and chronological age will be equal
IQ now
Age-based distribution of scores instead of a ratio (comparing you to your peers)
Standard Deviation
15
Intellectually Disability
Below 70 and significantly impaired in two or more everyday abilities (2 standard deviations below the mean)
Gifted
Above 130 (2 standard deviations above the mean)
Flynn Effect
1/3 point increase per year (about 3 points per decade)
Language
An open and symbolic communication system that has rules of grammar and allows its users to express abstract ideas
Open
Free to change
Symbolic
No connection between a sound and the meaning of idea with associated with it
Language production
Our ability to speak or otherwise use language to send information
Language comprehension
The ability to understand language
Phonology
The structure of sound that can be used to produce words in a language
Phonemes (Babbling)
The smallest distinctive sound unit in a spoken language, or basic building blocks of speech sound (bat has three phonemes: B - A - T)
Morphemes
The smallest unit of meaning in a language (Previewed = pre - view - ed)
Grammar
A system of rules that governs the structure and use of language enables us to communicate with and understand others
Semantics
Rules for determining the meaning of words and sentences
Syntax
The rules for ordering words into grammatically correct (sensible) sentences
Pragmatics
The practical aspects of communicating with others, or social “niceties” of language (manners)
Linguistic Relativity Hypothesis (Vygotsky)
The theory that the language a person speaks largely determines the nature of that person’s thoughts
Cognitive Universalism (Piaget)
The theory that concepts are universal and influence the development of language
Clinical Neuropsychology
A specialization within clinical psychology that focuses on brain behavior relationships
Neuropsychologists Test
Intelligence, language, memory, judgment, and decision making
Developmental Psychology
The study of patterns of growth and change occurring throughout life (physical, cognitive, moral, social)
Influences on development
Biological, Psychological, and Social-cultural
Nature/Nurture
How do genetic inheritance (nature) and experience (nurture) influence our development?
Continuity/Stage
Is development a gradual, continuous process or a sequence of separate stages?
Stability/Change
Do our early personality traits persist throughout life, or do we become different persons as we age?
Cross Sectional
Differences: research ONLY in 2016 different people in each group
Cross Sequential
Difference and Change: research in 2016 and 2021 different people in each group, each group is tested twice
Longitudinal
Change: research in 1980, 1990, 2000, 2010, 2020, 2030… same people tested multiple times
Genetics
The science of inherited traits
DNA (deoxyribonucleic acid)
Molecule that contains the genetic material of the organism
Gene
Section of DNA having a certain pattern of chemical elements
Dominant Genes
Genes that actively control the expression of a trait
Recessive Genes
Genes that onlt influences the expression of a trait when paired with an identical gene
Germinal Stage
First 2 weeks after fertilization, during which the zygote becomes a mass of cells, moves down the uterus, and implants in the lining
In the first week
Zygote is rapidly diving, creating 100 cells or more that continue to become diverse
14 days
Zygote become an embryo
Embryonic Stage
The periods from 2 to 8 weeks after fertilization, during which major systems, organs, and structures of the body develop
End of 8 weeks
The embryo is about 1 inch long, weighs about 1/7 of an ounce, and has primitive eyes, nose, ears, lips, teeth, little arms and legs, hand, feet, fingers, toes, as well as a beating heart
Fetal Stage
The time from about 8 weeks after conception until birth of the baby, organs become functional, muscles and bones form (kicking)
Teratogens
Drugs, chemicals, or viruses that can enter the placenta and harm the developing fetus
Critical Periods
Times during which certain environmental influences can have an impact on the development of an infant
Nutrition
Severe malnutrition increases the risk of birth complications and neurological deficits
Stress and Emotion
Anxiety and depression in pregnant women can have long-lasting effect on the child
Infant Reflexes
Grasping, Moro (startle), Rooting, Stepping, and Sucking
Occurring about 2-4 months
Raising of the head and chest
Occurring about 2-5 months
Rolling over
Occurring about 4-6 months
Sitting up with support
Occurring about 6-7 months
Sitting up without support
Occurring about 7-8 months
Crawling
Occurring between 8 to 18 months
Walking
Sensory Development
The senses, except for vision are fairly well developed at birth
Brain Development and Synaptic Pruning
Elimination of synapses (dendrites and axons) that occurs from infancy and ends prior to sexual maturation (use it or loose it)
Piaget’s Theory
He saw children as little scientist exploring their world, and learning as a way of adapting to their environment
Schemas
Mental concepts formed by children as they experience new situations and events
Assimilation
Fitting new objects, events, ect. into an existing schema
Accommodation
Modifying a schema to fit new events, object, etc.
Sensorimotor Stage (0-2 years)
Understand the world through senses and motor actions
Object permanence
An object exists even when it is not in sight (no more peek-a-boo)