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Literacy, Intelligence, and Academic Achievement Zembar and Blume Middle Childhood Development: A Contextual Approach, First Edition ©2009 Pearson Education,

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Presentation on theme: "Literacy, Intelligence, and Academic Achievement Zembar and Blume Middle Childhood Development: A Contextual Approach, First Edition ©2009 Pearson Education,"— Presentation transcript:

1 Literacy, Intelligence, and Academic Achievement Zembar and Blume Middle Childhood Development: A Contextual Approach, First Edition ©2009 Pearson Education, Inc. All rights reserved

2 Applied Cognition in Academic Contexts Language Development: – Semantic development – understanding word meaning- continues throughout middle childhood Comprehension of multiple word use Word comprehension relies on the context of the conversation and what the person intended to say – Syntax development – grammatical understanding and construction Differentiation between active and passive voice Increased correct use of subject-verb and noun-pronoun agreement

3 Applied Cognition in Academic Contexts Language Development: – Pragmatic Development – the social etiquette of language use Children become better at maintaining and contributing to a conversation Shading Better listeners Understand when they are misunderstood and clarify their meaning

4 Applied Cognition in Academic Contexts Reading: – In the U.S., fourth grade is when the demands of reading increase dramatically, the shift is from “learning to read” to “reading to learn” – Children in middle childhood show rapid word recognition – Increased self-monitoring of comprehension – Increased inferencing

5 Applied Cognition in Academic Contexts Writing: – Children in middle childhood show improvement in the technical features of writing – Stories become more coherent and properly sequenced – They generate more ideas for stories and use larger vocabularies – Become more capable of self-editing

6 Applied Cognition in Academic Contexts Mathematical Operations: – Children in early elementary grades master addition and subtraction, in later grades they are introduced to multiplication, division, fractions, decimals, ratios, and geometry – They invent their own effective strategies to solve problems – Mathematical concepts are learned better when linked with material familiar to the child

7 Theoretical Viewpoint The Psychometric Approach identifies the cognitive strengths and weaknesses of individuals or groups of individuals by: – Developing tests to assess intellectual skills – Using results to make predictions about future performance

8 Theoretical Viewpoint Theories of Intelligence: – Spearman (1904) – two-factor theory of intelligence; g and s – Thurstone (1938) - proposed a seven-factor model that consists of primary abilities such as: Verbal comprehension Number Perceptual speed Reasoning

9 Theoretical Viewpoint Measures of Intelligence: – Binet and Simon (1905) developed the first intelligence test It consisted of items that assessed memory, knowledge, and reasoning skills Has undergone numerous revisions and is now the Stanford-Binet Intelligence Scale, Fifth Edition

10 Theoretical Viewpoint Measures of Intelligence: – Currently, the most widely used intelligence tests are the Wechsler Scales (Wechsler, 1939) WPPSI – designed for infants and preschoolers WISC – designed for children (ages 6-16 years) WAIS – designed for adults

11 Theoretical Viewpoint Measures of Intelligence: – The Wechsler scales consist of both verbal items: Sample vocabulary item: What does corrupt mean?

12 Theoretical Viewpoint Measures of Intelligence: – And performance (non-verbal) items:

13 Theoretical Viewpoint Measures and Interpretation of Intelligence: – Both the Stanford-Binet Intelligence Scale and the Wechsler scales yield an intelligence quotient (IQ) – The mean IQ score for both tests is 100 with a standard deviation of 15 – An IQ score represents how far the child’s raw score differs from the typical performance of same-aged individuals – IQ scores obtained after age 6 are related to later scores obtained in adulthood

14 Theoretical Viewpoint The Relationship of Intelligence to Academic Achievement and Occupation: – High IQs are related to academic achievement – IQ is related to job performance and job complexity – High IQs are related to greater success in academics and job-related performance

15 Theoretical Viewpoint Factors that Influence Intelligence Scores: – Socioeconomic status – Ethnicity – Years of schooling – Familiarity with the culture

16 Theoretical Viewpoint Alternative Views of Intelligence: – Sternberg (1985) developed the Triarchic Model of Intelligence; it consists of three types: 1.Componential: the ability to write clearly, calculate and reason about math 2.Experiential: the ability to formulate novel solutions to problems 3.Contextual: how to do accomplish socioculturally relevant tasks

17 Theoretical Viewpoint Alternative Views of Intelligence: – Gardner (1983) – suggested that there are multiple intelligences, such as: - Linguistic- Spatial - Musical- Logical-Mathematical - Bodily-Kinesthetic- Intrapersonal - Interpersonal- Naturalist -Existential

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