WHAT IS INTELLIGENCE?
Theorists think of intelligence in a variety of ways, but most agree that it has several distinctive qualities:
- It is adaptive, such that it can be used flexibly to meet a person’s goals in a variety of situations.
- It involves learning ability. People who are intelligent in particular domains learn new information and behaviors more quickly and easily than people who are less intelligent in those domains.
- It involves the use of prior knowledge to analyse and understand new situations effectively.
- It involves the complex interaction and coordination of many different mental processes.
- It is culture specific. In separate societies, being intelligent might mean reasoning about complex and abstract ideas, getting along with others, acquiring strong moral values, respecting one’s elders, or exhibiting coordinated motor skills
McDevitt, Teresa M.; Ormrod, Jeanne Ellis (2012-01-17). Child Development and Education (5th Edition) (Page 285). Pearson. Kindle Edition.
THEORIES ON INTELLIGENCE-
There are no definite answers as to how intelligence is measured, but there are some theories that talk about how intelligence can be determined.
The Cattell-Horn-Carroll theory of cognitive abilities-
The Cattell-Horn-Carroll theory of cognitive abilities is a blend of views that was originally inspired by the work of Raymond Cattell, a British psychologist who worked in the United States. Extending the ideas of Spearman, Cattell found evidence for two distinctly different components of general intelligence. First, Cattell proposed, children differ in fluid intelligence, the ability to acquire knowledge quickly and adapt to new situations effectively. Second, they differ in crystallized intelligence, the knowledge and skills they have accumulated from their experiences, schooling, and culture. These two components may be more or less relevant to different kinds of tasks. Fluid intelligence relates more to novel tasks, especially those that require rapid decisions and are largely nonverbal in nature. Crystallized intelligence is more important for familiar tasks, especially those that are heavily dependent on language and prior knowledge.
According to Cattell, fluid intelligence is largely the result of inherited biological factors, whereas crystallized intelligence depends on both fluid intelligence and experience and so is influenced by both heredity and environment.
Fluid intelligence peaks in late adolescence and begins to decline gradually in adulthood. In contrast, crystallized intelligence continues to increase throughout childhood, adolescence, and most of adulthood.
GARDNERS MULTIPLE INTELLIGENCES-
American psychologist Howard Gardner argues that traditional definitions of intelligence are too narrow (Gardner, 1995, 2003, 2009). He concedes that a general factor of intelligence may exist but questions its usefulness in explaining people’s performance in particular situations. In his view, children and adults have at least eight distinctly different abilities, or multiple intelligences. Furthermore, Gardner argues that each of the intelligences has its own symbolic operations and has played an important role over the course of human evolution, allowing people to adapt successfully to their environments.
THIS THEORY DIFFERS FROM OTHER THEORIES BECAUSE IT DOES NOT RELY HEAVILY ON TRADITIONAL TEST SCORES.
Activities that appeal to different forms of intelligences:
Verbal-Linguistic
|
Logical-Mathematical
|
Visual-Spatial
|
Bodily-Kinesthetic
|
choral speaking
storytelling
retelling
speaking
debating
presenting
reading aloud
dramatizing
book making
nonfiction reading
researching
listening
process writing
writing journals
|
problem solving
measuring
coding
sequencing
critical thinking
predicting
playing logic games
collecting data
experimenting
solving puzzles
classifying
using manipulatives
learning the scientific model
using money
using geometry
|
graphing
photographing
making visual metaphors
making visual analogies
mapping stories
making 3D projects
painting
illustrating
using charts
using organizers
visualizing
sketching
patterning
visual puzzles
|
hands on experiments
activities
changing room arrangement
creative movement
going on field trips
physical education activities
crafts
dramatizing
using cooperative groups
dancing
|
Musical
|
Interpersonal
|
Intrapersonal
|
Naturalistic
|
humming
rapping
playing background music
patterns
form
playing instruments
tapping out poetic rhythms
rhyming
singing
|
classroom parties
peer editing
cooperative learning
sharing
group work
forming clubs
peer teaching
social awareness
conflict mediation
discussing
cross age tutoring
study group
brainstorming
|
personal response
individual study
personal goal setting
individual projects
journal log keeping
personal choice in projects
independent reading
|
reading outside
cloud watching
identifying insects
building habitats
identifying plants
using a microscope
dissecting
going on a nature walk
build a garden
studying the stars
bird watching
collecting rocks
making bird feeders
going to the zoo
|
TRIARCHIC THEORY-
The triarchic theory of intelligence characterizes intelligence in terms of distinct components rather than as a single ability. Formulated in the 1980s by Robert Sternberg, the triarchic theory distinguishes three aspects of intelligence: analytic skills, such as the ability to think abstractly and evaluate information; creativity, the ability to invent novel solutions or ideas; and practical skills, which enable one to cope with concrete situations. Sternberg believed that intelligent tests often wrongly ignored creativity and practical skills. He also argued that intelligence involves distinct cognitive processes: metacomponents (planning and decision-making skills), performance components (what people do while carrying out plans), and knowledge-acquisition components (skills necessary for learning).
TESTS THAT MEASURE INTELLIGENCE-
Listed below are some tests you can take to measure a child’s IQ–
Wechsler Intelligence Scale for Children, or WISC-IV designed for children and adolescents ages 6 to 16 (O’Donnell, 2009; Wechsler, 2003). The WISC-IV consists of 15 subtests, with certain subtest scores being combined to obtain composite scores in Verbal Comprehension, Perceptual Reasoning, Working Memory, and Processing Speed.
Stanford-Binet Intelligence Scales-
The Stanford Binet can be used with children (as young as age 2), adolescents, and adults. The individual being assessed is asked to perform a wide variety of tasks, some involving verbal material and responses (e.g., defining vocabulary words, finding logical inconsistencies in a story, or interpreting proverbs) and others involving objects or pictures (e.g., remembering a sequence of objects, copying geometric figures, or identifying absurdities in pictures). The Stanford-Binet yields an overall IQ score, and its most recent edition also yields Verbal and Nonverbal IQs, plus more specific scores in Fluid Reasoning, Knowledge, Working Memory, Visual-Spatial Processing, and Quantitative Reasoning.
The Cognitive Assessment System-
The Cognitive Assessment System (CAS) is a multidimensional measure of cognitive processes (Naglieri & Conway, 2009). The CAS was founded on the premise that cognitive processes identified in neurological research are the basis for intelligence. It includes four scales: an Attention scale (examines selective attention to a particular stimulus, e.g., finding particular numbers on a page despite many distracters); a Simultaneous scale (tests the ability to integrate separate stimuli into a single representation, e.g., after looking at a geometric figure, finding it embedded in a more complex pattern); a Planning scale (checks the ability to formulate a plan for solving a novel problem, e.g., rapidly matching letters and numbers on separate pages); and a Successive Subtest scale (assesses the ability to process information in a specific order, e.g., repeating words in the same order as stated by the examiner).
McDevitt, Teresa M.; Ormrod, Jeanne Ellis (2012-01-17). Child Development and Education (5th Edition) (Page 296). Pearson. Kindle Edition.
ARE YOUR CHILDREN MEANT TO JUST BE ‘AVERAGE’?
THE BELL CURVE- The bell curve is used by teachers in theorists to measure the intelligence of students. The bell curve is designed not for most people to be above intelligence, but actually just average. Teachers use this scale to determine if their tests are too easy, or too hard, depending on if most of the students receive an “average’ grade.