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English Language Learners in the Mathematics Classroom
     

English Language Learners in the Mathematics Classroom

by Debra S. (Susan) Coggins
 

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ISBN-10: 1412937604

ISBN-13: 2901412937602

Pub. Date: 01/30/2007

Publisher: SAGE Publications

Teachers and math specialists will find ways to incorporate ELL supports and strategies through sample lessons, visuals, and essential vocabulary that connect standards-based mathematical concepts with language development.

Overview

Teachers and math specialists will find ways to incorporate ELL supports and strategies through sample lessons, visuals, and essential vocabulary that connect standards-based mathematical concepts with language development.

Product Details

ISBN-13:
2901412937602
Publisher:
SAGE Publications
Publication date:
01/30/2007
Edition description:
Older Edition
Pages:
144

Table of Contents


Preface     ix
Foreword   Miriam A. Leiva     xiii
About the Authors     xv
Developing Conversational Language: Help English Learners Talk-to-Learn During Mathematics Lessons     1
Rationale From Research     1
Mathematics Teaching Example     2
Geometric Attributes     2
Discussion of the Mathematics Teaching Example     6
Mathematics Goals     6
Language Goals     6
Students of Varying Language Proficiency Levels Working Together     7
Talking and Doing Help With Thinking     7
Developing Awareness of Attributes of Geometric Shapes     8
Teaching Tips     8
Discussion of Conversational Language     9
Why is conversational language important in learning mathematics?     10
Why is a problem-solving approach to mathematics helpful to English learners' language development?     10
What are characteristics of effective prompts for stimulating conversational language?     11
How can you ensure that all children will have a chance to speak and to ask questions?     11
Conversational Language Research     12
Practice and Discussion Questions     14
Developing Academic Language: Develop MathematicsConcepts and Vocabulary for English Learners     15
Rationale From Research     15
Mathematics Teaching Example     16
Word Problems     16
Discussion of the Mathematics Teaching Example     20
Mathematics Goals     20
Language Goals     21
Support Through Primary Language and Cognates     21
Developing Specific Math Vocabulary     21
Opportunities to Use Academic Language     22
Teaching Decisions     22
Teaching Tips     23
Discussion of Academic Language Development     25
Why is it usually not productive to go over new key vocabulary at the beginning of a math lesson?     25
Why is it suggested that we not emphasize key words in math problems?     26
Why do we need to differentiate discussion goals for levels of English language development?     26
Academic Language Research     27
Practice and Discussion Questions     28
Scaffolding: Give Support for Both Mathematics and Language Learning     29
Rationale From Research     29
Mathematics Teaching Example     30
Algebraic Reasoning     30
Discussion of the Mathematics Teaching Example     34
Mathematics Goals     34
Language Goals     34
Advance Organizers     34
Creating Access to the Lesson     35
Creating Support During the Lesson     35
Teaching Tips     35
Discussion of Scaffolding in Mathematics     36
How does cooperative group work provide scaffolding?     37
What are benefits of emphasizing problem solving in mathematics lessons for English learners?     38
How is scaffolding of new mathematics concepts different from carefully planned direct instruction?     38
How is scaffolding used to support English language development during mathematics lessons?     39
Scaffolding Research     39
Practice and Discussion Questions     40
The Role of Concrete Materials: Utilize Objects to Develop Mathematical Understanding for English Learners     41
Rationale From Research     41
Mathematics Teaching Example     42
District Fifth-Grade Benchmark     42
Discussion of the Mathematics Teaching Example     46
Mathematics Goals     46
Language Goals     47
Building Understanding by Using Concrete Materials     47
Expanding Understanding Through Multiple Representations     47
Preplanning Key Lessons     48
Teaching Tips     48
Discussion of Concrete Materials in Mathematics     49
When is it appropriate to use concrete materials in the mathematics classroom?     50
What should teachers be aware of when using concrete materials?     51
Is the concrete-pictorial-abstract sequence still promoted?     51
Concrete Materials Research     52
Practice and Discussion Questions     53
Visual Learning: Provide Mathematical and Organizational Representations as a Regular Component of Instruction     55
Rationale From Research     55
Mathematics Teaching Example     56
Two-Digit Multiplication     56
Discussion of the Mathematics Teaching Example     65
Mathematics Goals     65
Language Goals     65
Use of an Advance Organizer     66
Visual Learning Strategies, Cognitive Tasks, and Language Development     66
Teaching Tips     67
Discussion of Visual Learning in Mathematics     68
What are graphic organizers, advance organizers, and diagrams, and why are they important?     68
Are all learners visual learners?     70
Visual Learning Research     71
Practice and Discussion Questions      72
Questioning Strategies: Ask Questions to Foster Students' Learning of Mathematics and English     73
Rationale From Research     73
Mathematics Teaching Example     74
Probability Introduction     74
Discussion of the Mathematics Teaching Example     79
Mathematics Goals     79
Language Goals     79
Multiple Goals When Asking Questions     80
Questions and Discussions Between Students     80
Teaching Tips     80
Discussion of Questioning Strategies in Mathematics     81
How does placing a focus on questioning affect English learners and their teachers?     82
Should the levels of questions we ask students change as their levels of fluency increase?     83
How can we ensure that we are challenging our students through our questioning?     83
What are levels of questioning that can elicit verbal responses from students with various levels of English acquisition?     84
Questioning in Mathematics Research     86
Practice and Discussion Questions     87
Comprehensible Input: Combine Many Strategies to Develop Mathematics Concepts Through Clear and Effective Instruction     89
Rationale From Research     89
Mathematics Teaching Example      90
Perimeter and Multiplicative Scaling     90
Discussion of the Mathematics Teaching Example     95
Mathematics Goals     95
Language Goals     96
Teaching Decisions     96
Continuously Creating Access     96
Successfully Getting Started     97
Using Strategies to Provide Comprehensible Input     97
Teaching Tips     98
Discussion of Comprehensible Input in Mathematics     99
How can we maximize students' comprehension of a mathematics lesson?     100
How is comprehensible input incorporated in the teaching of mathematics concepts?     100
What is the role of constant monitoring in English learners' mathematics classes?     101
What is the role of thinking and learning strategies in English learners' mathematics classes?     101
Comprehensible Input Research     102
Practice and Discussion Questions     102
Appendix     105
Geometric Shapes     106
Blank Planning Map for Effective EL Mathematics Lessons     107
Lesson-Planning Map: Example From Chapter 3-Planning Map for Effective EL Mathematics Lessons     109
Snail Races: Instructions and Game Board     111
Sample Questions to Support All Learners and Develop Mathematical Thinking     113
References     115
Index     121

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