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Making Sense of Mathematics for Teaching Girls in Grades K - 5: (Addressing Gender Bias and Stereotypes in Elementary Education) [Mīkstie vāki]

  • Formāts: Paperback / softback, 120 pages, height x width x depth: 277x216x8 mm, weight: 318 g, Illustrations
  • Izdošanas datums: 08-Mar-2019
  • Izdevniecība: Solution Tree
  • ISBN-10: 1945349786
  • ISBN-13: 9781945349782
Citas grāmatas par šo tēmu:
  • Mīkstie vāki
  • Cena: 35,20 €
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  • Formāts: Paperback / softback, 120 pages, height x width x depth: 277x216x8 mm, weight: 318 g, Illustrations
  • Izdošanas datums: 08-Mar-2019
  • Izdevniecība: Solution Tree
  • ISBN-10: 1945349786
  • ISBN-13: 9781945349782
Citas grāmatas par šo tēmu:
"Making Sense of Mathematics for Teaching Girls: Perceptions, Practices, and Priorities, the latest companion to the Making Sense of Mathematics for Teaching book, highlights the gender achievement gap in mathematics that is present in K-5 classrooms across the United States and uses research to offer readers practical steps to eliminate the inequity. Specifically, readers will examine how their, parents', and school and district leaderships' confidence as a learner of mathematics influences how girls view their ability to learn and retain mathematics knowledge. Authors Thomasenia Lott Adams, Taylar B. Wenzel, Kristopher J. Childs, and Samantha R. Neff offer recommendations to support the teaching and learning of mathematics for girls in the classroom, in the home, and across the district"--

Close the gender gap in mathematics across K-5 classrooms. In Making Sense of Mathematics for Teaching Girls in Grades K-5, a team of acclaimed experts presents their research and recommendations for teaching math to girls in four succinct, results-focused chapters. Included are a variety of tools, tips, short exercises, and reflection questions, as well as videos demonstrating how real classroom teachers strengthen girls' experiences as learners of mathematics.

Use this book to better understand gender biases related to mathematics and improve girls' education:

  • Understand the environmental barriers and gender stereotypes that create gender differences in mathematics performance and prevent many girls from learning mathematics at high levels.
  • Learn how to foster a safe learning environment that encourages girls to take risks when they learn math.
  • Focus on the mathematics gender achievement gap through three lenses: (1) perceptions, (2) possibilities, and (3) priorities.
  • Apply the tasks, questions, and evidence (TQE) process to successfully plan and implement inclusive lessons that engage all students.
  • Watch short videos of girls engaging meaningfully in mathematics learning.

Contents:
About the Authors
Introduction
Chapter 1: Mathematics Gender Achievement Gap
Chapter 2: Perceptions About Girls in Mathematics
Chapter 3: Possibilities for Girls in Mathematics
Chapter 4: Priorities for Teaching Girls Mathematics
Epilogue: Encouragement for Girls in Mathematics
References and Resources
Index

About the Authors xi
Introduction 1(6)
Guiding Principles
2(1)
Mathematics Gender Achievement Gap
2(1)
Perceptions
3(1)
Possibilities
3(1)
Priorities
3(1)
Audience
3(1)
What This Book Offers
4(3)
Chapter 1 Mathematics Gender Achievement Gap
7(12)
Exploring the Mathematics Gender Achievement Gap
10(6)
Evidence Pointing to a Gender Gap in Mathematics
10(4)
Evidence Challenging a Gender Gap in Mathematics
14(2)
Considering the Impact of Teachers' Mindsets
16(1)
Conclusion
16(3)
Chapter 2 Perceptions About Girls in Mathematics
19(14)
Tying Belief, Bias, and Stereotype to Perception
19(3)
Unearthing Perceptions About Girls in Mathematics
22(8)
The Classroom
22(3)
The School and District
25(2)
The School-Home Connection
27(3)
Conclusion
30(3)
Chapter 3 Possibilities for Girls in Mathematics
33(34)
Honoring Diverse Ways of Doing Mathematics
36(1)
What Actions Does the Teacher Take to Engage the Girls in Learning Mathematics?
36(1)
What Is the Evidence That the Girls Are Actively Engaged in Learning Mathematics?
37(1)
How Does the Teacher Challenge the Girls to Think Critically About the Mathematics?
37(1)
Fostering Classroom Discourse
37(2)
What Actions Does the Teacher Take to Engage the Girls in Learning Mathematics?
38(1)
What Is the Evidence That the Girls Are Actively Engaged in Learning Mathematics?
39(1)
How Does the Teacher Challenge the Girls to Think Critically About the Mathematics?
39(1)
Planning for Hands-On Learning
39(2)
What Actions Does the Teacher Take to Engage the Girls in Learning Mathematics?
40(1)
What Is the Evidence That the Girls Are Actively Engaged in Learning Mathematics?
40(1)
How Does the Teacher Challenge the Girls to Think Critically About the Mathematics?
41(1)
Using Questioning to Boost Understanding
41(2)
What Actions Does the Teacher Take to Engage the Girls in Learning Mathematics?
42(1)
What Is the Evidence That the Girls Are Actively Engaged in Learning Mathematics?
43(1)
How Does the Teacher Challenge the Girls to Think Critically About the Mathematics?
43(1)
Using Formative Assessment
43(3)
What Actions Does the Teacher Take to Engage the Girls in Learning Mathematics?
44(1)
What Is the Evidence That the Girls Are Actively Engaged in Learning Mathematics?
44(1)
How Does the Teacher Challenge the Girls to Think Critically About the Mathematics?
45(1)
Considering Context for Tasks
46(2)
What Actions Does the Teacher Take to Engage the Girls in Learning Mathematics?
47(1)
What Is the Evidence That the Girls Are Actively Engaged in Learning Mathematics?
47(1)
How Does the Teacher Challenge the Girls to Think Critically About the Mathematics?
47(1)
Modeling of Mathematical Power
48(1)
What Actions Does the Teacher Take to Engage the Girls in Learning Mathematics?
48(1)
What Is the Evidence That the Girls Are Actively Engaged in Learning Mathematics?
49(1)
How Does the Teacher Challenge the Girls to Think Critically About the Mathematics?
49(1)
Conveying Teacher Expectations
49(3)
What Actions Does the Teacher Take to Engage the Girls in Learning Mathematics?
50(1)
What Is the Evidence That the Girls Are Actively Engaged in Learning Mathematics?
51(1)
How Does the Teacher Challenge the Girls to Think Critically About the Mathematics?
51(1)
Planning for Positive Practices for Girls Studying Mathematics
52(12)
The Classroom
52(8)
The School and District
60(2)
The School-Home Connection
62(2)
Conclusion
64(3)
Chapter 4 Priorities for Teaching Girls Mathematics
67(18)
Equity
68(5)
Making an Impact
70(1)
Using the TQE Process as a Guide for Inclusiveness of All Students
71(2)
Teacher Beliefs
73(3)
Opportunity
76(3)
Teacher Knowledge
79(2)
Conclusion
81(4)
Epilogue: Encouragement for Girls in Mathematics 85(6)
Resources to Encourage Girls in Mathematics
85(4)
Conclusion
89(2)
References and Resources 91(10)
Index 101