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E-grāmata: Building Mathematical Comprehension: Using Literacy Strategies to Make Meaning

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  • Formāts: PDF+DRM
  • Sērija : Guided Math
  • Izdošanas datums: 01-Apr-2011
  • Izdevniecība: Shell Educational Publishing
  • Valoda: eng
  • ISBN-13: 9781425892081
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  • Formāts: PDF+DRM
  • Sērija : Guided Math
  • Izdošanas datums: 01-Apr-2011
  • Izdevniecība: Shell Educational Publishing
  • Valoda: eng
  • ISBN-13: 9781425892081
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Offers tips for incorporating familiar reading comprehension strategies and relevant research in mathematics instruction to help build students' mathematical comprehension.
Foreword 9(2)
Acknowledgements 11(2)
Preface: Good Teaching Is Good Teaching 13(4)
Chapter 1 Comprehension Strategies for Mathematics
17(28)
Concerns about Mathematical Achievement in the United States
17(1)
Global Achievement Gap in Mathematics
18(2)
Instructional Strategies for Student Achievement
20(1)
Reading and Mathematics Connections
21(1)
Reading and Mathematics Comprehension
22(6)
Knowledge About Content
23(1)
Knowledge About Structure
24(1)
Pragmatic Knowledge
25(1)
Knowledge About the Social/Situational Context
26(2)
Teaching for Comprehension
28(1)
The Seven Comprehension Strategies
29(2)
Explicit Instruction
31(4)
Explaining the "What"
32(1)
Explaining the "Why"
32(1)
Explaining "When"
32(1)
Modeling How to Perform the Strategy
33(1)
Guiding Students as They Practice
34(1)
Giving Students Independent Practice
34(1)
Using Comprehension Strategies
35(3)
"Beginning" Strategies
35(1)
"During" Strategies
36(1)
"After" Strategies
37(1)
Comprehension Strategies for Conceptual Understanding
38(1)
Teaching Comprehension Strategies for Mathematics
39(3)
Planning Phase
39(1)
Early Phase
39(1)
Middle Phase
40(1)
Late Phase
41(1)
Chapter Snapshot
42(1)
Review and Reflect
43(2)
Chapter 2 Recognizing and Understanding Mathematical Vocabulary
45(40)
What Is Vocabulary?
45(2)
The Importance of Vocabulary Instruction
47(2)
Direct Vocabulary Instruction
49(6)
Choosing Mathematics Terms to Teach
55(4)
Engaging Students in Learning Mathematical Vocabulary
59(21)
Encouraging Parental Involvement
60(1)
Mathematical Discourse
60(3)
Mathematical Writing to Reinforce Vocabulary Knowledge
63(4)
Mathematics Word Walls
67(2)
Graphic Organizers
69(7)
Games and Other Learning Activities
76(4)
Literature Links to Mathematical Vocabulary Acquisition
80(1)
Chapter Snapshot
81(2)
Review and Reflect
83(2)
Chapter 3 Making Mathematical Connections
85(30)
Making Connections to Enhance Learning
86(1)
Schema Theory
87(5)
Kinds of Mathematical Connections
92(3)
Math-to-Self Connections
92(1)
Math-to-Math Connections
93(1)
Math-to-World Connections
93(2)
Teaching Students to Make Mathematical Connections
95(13)
Modeling and Think-Alouds
95(2)
The Schema Roller
97(1)
One-Minute Schema Determiner
98(1)
Math Stretches
99(4)
Mathematical Current Events
103(1)
Sharing Class Connections with Anchor Charts
104(1)
In the Context of Problem Solving
105(3)
Using Children's Literature
108(2)
Distinguishing Meaningful Connections from Distracting Connections
110(3)
Chapter Snapshot
113(1)
Review and Reflect
114(1)
Chapter 4 Increasing Comprehension by Asking Questions
115(32)
The Quality of Questioning in Classrooms
115(2)
The Relationship Between Questions and Learning
117(2)
Strategic Questioning to Critically Evaluate Mathematical Information
119(1)
What Students Need to Know about Asking Questions for Mathematical Comprehension
120(6)
Kinds of Questions
126(3)
Question Answer Relationships
126(2)
Thick and Thin Questions
128(1)
Questions that Linger
129(1)
Teaching Students to Ask Meaningful Questions
129(13)
Modeling and Think-Alouds in Strategy Sessions
130(5)
Generating Questions with Thinking Stems
135(1)
Wonder Walls
135(1)
Question Journals
136(1)
Question Webs
137(1)
Math Stretches to Promote Questions
138(3)
In the Context of Problem Solving
141(1)
Using Children's Literature
142(2)
Chapter Snapshot
144(1)
Review and Reflect
145(2)
Chapter 5 The Importance of Visualizing Mathematical Ideas
147(24)
Visualization and Cognition
148(1)
What Students Need to Know about Visualization for Mathematical Comprehension
149(3)
Visualizing Multiple Representations of Mathematical Ideas
152(1)
Building the Ability to Visualize from Words
153(3)
Teaching Students the Strategy of Visualization for Mathematical Comprehension
156(10)
Modeling and Think-Alouds
156(5)
"Picture Walks" to Build Capacity to Visualize
161(1)
Visualize, Draw, and Share
162(1)
Multiple Representations Graphic Organizers
163(2)
Math Stretches to Encourage Visualization
165(1)
Using Children's Literature
166(2)
Chapter Snapshot
168(1)
Review and Reflect
169(2)
Chapter 6 Making Inferences and Predictions
171(28)
The Relationship between Inferences and Predictions
172(1)
What Students Need to Know about Inferring and Predicting
173(4)
Building Student Ability to Infer and Predict
177(2)
Inferring Requires Time for Reflection
179(1)
One-on-One Conferences to Promote Effective Inferences and Predictions
180(2)
Teaching Students to Infer and Predict to Enhance Mathematical Understanding
182(12)
Modeling and Think-Alouds
182(4)
Word Splash
186(1)
Inference and Evidence
187(1)
Math Stretches to Encourage Students to Infer and Predict
188(3)
In the Context of Problem Solving
191(3)
Using Children's Literature
194(2)
Chapter Snapshot
196(1)
Review and Reflect
197(2)
Chapter 7 Determining Importance
199(28)
The Levels of Determining Importance
200(1)
Critically Examining Mathematical Information
201(1)
What Students Need to Know about Determining Importance
202(4)
Teasing the Important Ideas from Mathematical Text
206(4)
Overviewing
207(1)
Highlighting
208(1)
Read a Little, Think a Little
209(1)
Teaching Students to Determine Mathematical Importance
210(11)
Modeling and Think-Alouds
210(4)
Building on the Concrete
214(1)
What's Important?
215(1)
Zoom In/Zoom Out
215(2)
Math Stretches to Support Determining Importance
217(2)
In the Context of Problem Solving
219(2)
Using Children's Literature
221(3)
Chapter Snapshot
224(1)
Review and Reflect
225(2)
Chapter 8 Synthesizing Information
227(22)
Strands of Mathematical Proficiency
228(1)
Synthesizing and Mathematizing
229(1)
What Students Need to Know about Synthesizing
230(2)
Teaching Students to Synthesize for Making Mathematical Meaning
232(10)
Modeling and Think-Alouds
233(2)
Creating Concrete Experiences
235(2)
Making Conjectures
237(2)
Math Stretches to Explore Synthesizing
239(1)
In the Context of Problem Solving
240(2)
Using Children's Literature
242(4)
Chapter Snapshot
246(1)
Review and Reflect
247(2)
Chapter 9 Monitoring Mathematical Comprehension
249(26)
Metacognition
250(1)
Monitoring Understanding for Mathematics Learners
251(4)
Conceptual Understanding
252(2)
Problem Solving
254(1)
What Students Need to Know about Monitoring and Repairing Mathematical Comprehension
255(5)
Repairing Comprehension
257(3)
Teaching Students to Monitor Mathematical Understanding
260(8)
Modeling and Think-Alouds
261(2)
Huh?
263(1)
Ticket Out the Door Comprehension Check
264(1)
Comprehension Constructor
264(2)
Using Math Stretches for Monitoring Comprehension
266(1)
In the Context of Problem Solving
267(1)
Using Children's Literature
268(5)
Chapter Snapshot
273(1)
Review and Reflect
274(1)
Chapter 10 In the Guided Math Classroom
275(16)
The Foundational Principles of a Guided Math Classroom
276(3)
The Components of a Guided Math Classroom
279(7)
A Classroom Environment of Numeracy
281(1)
Math Stretches and Calendar Board Activities
282(1)
Whole-Class Instruction
283(1)
Guided Math Instruction with Small Groups of Students
284(1)
Math Workshop
284(1)
Individual Conferences
285(1)
An Ongoing System of Assessment
285(1)
Teaching Students to Become Mathematicians
286(3)
Chapter Snapshot
289(1)
Review and Reflect
290(1)
Appendices
291(7)
Appendix A Frayer Diagram
291(1)
Appendix B Math Connections
292(1)
Appendix C Question Journal
293(1)
Appendix D Multiple Representations Graphic Organizer
294(1)
Appendix E Inference and Evidence Chart
295(1)
Appendix F Comprehension Checklist
296(1)
Appendix G Comprehension Constructor
297(1)
References Cited 298(6)
Children's Literature 304