Annotated
Hotlist
Diane E. Newby, Ed.D.
Online
Programs and Interactive Activities - Back
to Top
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Parent Involvement through Family Math and Science
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Equity for all Learners
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Equity
This is an excellent resource for educators concerned about creating
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equitable conditions in which every child can succeed.
These
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equity materials can help teachers and administrators
acknowledge
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children's diverse strengths, identify inequities,
and improve the ways
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they serve students with varied needs.
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Making
Schools Work for Every Child - Eisenhower National Clearing House.This
Web site has links to articles that explain equity as a concept, through
vignettes, cases, stories, journal articles, along with innovative programs
and models.
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Gender
Bias - a description of a video on ways to prevent gender
bias
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Project
Solve - for K-8 teachers - Describes workshops offered by Saginaw
Valley State University Regional Mathematics and Science Center University
Center, MI 48710, Phone: (989) 790-4114 .
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Equity
Education Online - research articles, materials and equity tools
A bibliography of suggested readings on gender equity is also available.
This can be viewed on line and it can also be downloaded in text format
or Microsoft Word 6.0 forma
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Discipline
by Design - The Honor Level System has been described as "one of
the
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most refreshing, proactive" approaches to dealing
with student discipline to ever come
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to our schools. It is a perfect blend of Assertive
and Empathetic discipline
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that shows respect for the child.
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Disciplinehelp
Resource - A discipline model for handling over one hundred
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different misbehaviors at school and at home.
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11
Techniques for Better Classroom Discipline Here are eleven techniques
that you can use in your classroom that will help you achieve effective
group management and control.
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Get
Your Angries Out This sites is promoted by MEA. It has a conflict
resolution model for a variety of situations.
Online
Articles Back
to Top
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Implementing
Performance
Assessment in the Classroom By Amy Brualdi, ERIC/AE from Practical
Assessment, Research & Evaluation, 6(2)
Equity
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Weaving
Gender Equity in Math Reform Article on "Equity in Standards-based
Elementary
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Mathematics Classrooms" As early as second grade,
both boys and girls express gender
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stereotyping by describing math as a male domain.
By third grade, females, in comparison with males, rate their competence
in
mathematics lower - even when they receive the
same or better grades. By sixth grade, girls
see mathematics as less important and useful
to career goals than boys do.
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Tips
for Reaching Parents By: William B. Ribas Cooperation and support from
parents can lead to a positive climate in the classroom. Here are some
tips for delivering powerful presentations to parents.
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Why
Some Parents Don't Come to School By: Margaret Finders and Cynthia
Lewis - Instead of assuming that absence means noncaring, educators must
understand the barriers that hinder some parents from participating in
their child's education.
Electronic
Journals Articles and Monographs
Equity Issues in Mathematics and Science
Type the name of the article in the search
box of Wilson
Select.
Achilles, Charles M., Finn, Jeremy D., Bain, Pate,
Helen. (1998). Using class size to reduce the equity gap. Educational
Leadership, v. 55, p. 40-3.
Tennessee's Project STAR (Student Teacher Achievement
Ratio) has shown that small classes provide higher student outcomes and
better student behaviors. Research also shows that students who are economically
disadvantaged or from some ethnic minorities perform better in smaller
classes. However, the misuse of the terms class size and student-teacher
ratio has led to confusion. Clarification of these terms will advance more
widespread application of small classes in early primary grades. Thinking
in terms of space rather than classroom and using technology creatively
can overcome the problem of lack of classrooms. Moreover, costs will be
reduced, as there will be less grade retention and quicker diagnoses of
learning problems.
Adams, Thomasenia Lott. (1998). Pulling the plug
on gender-related differences in mathematics. Preventing School Failure,
v. 42, no. 4, p. 176-80.
Teachers spend more time with students during
the weekday than anyone else. This article presents several things that
teachers can do to help students develop positive attitudes about themselves,
mathematics, learning mathematics and how to model gender equity through
expectations and instruction.
Adenika-Morrow, T. Jean. (1996). A lifeline to science
careers for African-American females. Educational Leadership, v.
53, p. 80-3.
The author describes a study that examined the
Integrated Activity Learning Sequence (IALS) approach to teaching science.
The study involved 16 fourth-grade teachers and 348 fourth-grade students.
Results showed that the IALS approach effectively addresses the issue of
equity in instruction, and that the use of IALS materials can increase
success in mathematics and writing skills without detracting from the students'
science learning.
Ashford, Ellie. (1997) How schools boost minority
achievement. The Education Digest, v. 63, p. 58-61.
The efforts of a number of school districts to
close the black-white achievement gap are discussed.
Belcher, Terri, Coates, Grace Dávilla, Franco,
José. (1997). Assessment and equity. National Council of Teachers
of Mathematics Yearbook, p. 195-200.
The writers provide advice on how to ensure that
new curricula and classroom strategies that have helped increase students'
access to math are fairly assessed. Teachers should make assessment goals
clear from the beginning, provide opportunities to learn, use equitable
instruments, link instruction to assessment, and include self-assessment.
Cajete, Gregory A. (1988). Motivating American Indian
students in science and math. ERIC Clearinghouse on Rural Education and
Small Schools, Las Cruces: NM, ED
296812.
This digest summarizes the major characteristics
of American Indian studentsÕ needs in the disciplines of science
and math and then offers constructive ways in which students can be motivated
for greater achievement.
Clark, Julia V. (1999). Minorities in science and
math. ERIC Clearinghouse for Science Mathematics and Environmental Education,
Columbus: OH, ED
433216.
This monograph provides suggestions for teachers
about how to design a science program to foster enthusiasm, interest, and
competence both for pursuing careers in the field of science and for the
acquisition of skills and knowledge demanded by an increasingly technological
society.
Cohen, Elizabeth G., Lotan, Rachel A., Scarloss,
Beth A. (1999). Complex instruction: Equity in cooperative learning classrooms.
Theory
into Practice, v.38, no. 2, p. 80-6.
This instructional approach involves teachers
using cooperative group work to teach at a high academic level in diverse
classrooms and dealing with problems of unequal student participation.
Achievement results in middle schools using cooperative learning, group
tasks for cooperative learning, and status problems and treatment are discussed.
A vignette illustrating cooperative learning in the middle school also
is presented.
Cole, Karen A., Coffey, Janet, Goldman, Shelley.
(1999). Using assessments to improve equity in mathematics. Educational
Leadership, v. 56, no. 6, p. 56-8.
The writers propose a classroom assessment strategy
for promoting equitable access that evolved out of field tests of the Middle
School Math through Applications Project. The strategy asks students to
consider four general questions, continually and communally that help name
and apply the concepts and behaviors that they are asked to learn. The
four questions are described.
Croom, Lucille. (1997). Mathematics for all students:
Access, excellence, and equity. National Council of Teachers of Mathematics
Yearbook, p. 1-9.
The writer examines the critical changes needed
in curriculum, pedagogy, policies, and beliefs to promote equity in math
education for all students in schools throughout the country. The changes
would result in an equitable learning environment that affirms the richness
of cultural diversity and provides all students with an opportunity to
engage in an interactive learning process.
D'Ambrosio, Ubiratan. (1997). Diversity, equity,
and peace: From dream to reality. National Council of Teachers of Mathematics
Yearbook, p. 243-8.
The article describes different "forms of doing
mathematics" or different "practices of a mathematical nature" or, even
better, "mathematical practices of a different form" or "mathematics of
a different style." The author suggests the importance of recognizing different
theoretical frameworks or philosophical systems that support these practices
and into which they fit. In the daily practice of a schoolteacher, opportunities
for experiencing multiculturalism abound. Observe the way children count
and perform the very elementary operations (e.g., 3 + 4): most of them
will use fingers, but others will draw tally marks. What can the teacher
do in this situation? From the multicultural standpoint, the teacher can
learn from the student. The important point is to create a learning environment
in the classroom in which the teacher recognizes that the student has preexisting
knowledge, mainly knowledge based on cultural practices. The classroom
is a place for the teacher also to acquire knowledge.
Herman, Joan L., Klein, Davina C. D. (1996). Evaluating
equity in alternative assessment: An illustration of opportunity-to-learn
issues. The Journal of Educational Research, v. 89, p. 246-56.
Based on the 1993 California Learning Assessment
System (CLAS) Middle Grades Mathematics Performance Assessment, an innovative
alternative assessment, the study explores whether all schools, regardless
of the cultural, ethnic, or socioeconomic background of the students they
serve, provide students with equal opportunity to learn that which is assessed.
Lambdin, Diana V., Forseth, Clare. (1996). Seamless
assessment equals good teaching. Teaching Children Mathematics,
v. 2, p. 294-8.
Classroom assessment is a continuing process
whereby teachers must regularly collect information to make decisions about
when to continue, stop, or change direction and when to question, listen,
and so on. Good teaching involves a combination of both seamless assessment
and instruction.
Haury, David L. (1995). African Americans in Science:
Books for Young Readers. ERIC Clearinghouse for Science Mathematics and
Environmental Education, Columbus: OH, ED
382455.
This listing of books and other resources is
intended for readers of all cultural and ethnic identities. The readings
present a rich variety of contributions and achievements made by African
American scientists, engineers, and inventors. Stories and biographies
from these sources can be used to facilitate the celebration of diversity
in the sciences among all readers as well as fuel the fires of imagination
among young African American students.
Levi, Linda. (2000). Gender equity in mathematics
education. Teaching Children Mathematics v. 7, no. 2, p. 101-5.
The writer describes three roles that teachers
play in approaching the issue of gender equity in the classroom. The roles
involve teachers providing equal opportunities and respecting difference,
ensuring that girls and boys have the same experiences, and treating boys
and girls differently in an effort to compensate for gender inequities
in society. There are advantages and disadvantages with each of these three
roles.
Murphy, Nancy. (1996). Multicultural mathematics
and science: Effective K-12 practices for equity. ERIC Clearinghouse for
Science Mathematics and Environmental Education, Columbus: OH, ED
402146.
This digest provides references to successful
practices, which have increased mathematics and science achievement among
diverse student populations.
Rop, Charles. (1999). Breaking the gender barrier
in the physical sciences. Educational Leadership, v. 55, p. 58-60.
The writer outlines some suggestions for giving
girls more positive experiences in the physical sciences. In order to create
a supportive atmosphere, a teacher should model ways to take intellectual
risks, encourage students to think creatively, require students to treat
classmates' contributions with respect, pay attention to the frequency
and nature of female and male participation, and consider single-gender
laboratory groups. Teachers can encourage girls taking science by creating
mentoring relationships with female scientists, assigning students articles
in professional journals written by female research scientists, etc.
Sadker, David Miller. Gender equity: Still knocking
at the classroom door. Educational Leadership, v. 56, no. 7, p.
22-6.
Gender-related safety and health concerns still
plague females; girls drop out more quietly, quickly, and permanently than
boys; gifted programs are often "early in and early out" for girls; gender
bias also affects males; student-teacher interaction puts males in the
spotlight; the math and science gender gap is getting smaller but a new
gender gap exists in technology.
Strutchens, Marilyn. (1995). Multicultural mathematics:
A more inclusive mathematics. ERIC Clearinghouse for Science Mathematics
and Environmental Education, Columbus: OH, ED
380295.
Until recently there have not been many links
to students' culture in the mathematics classroom. This may be one of the
major barriers to achievement of many groups historically underrepresented
in mathematics, for these students may see mathematics as a subject that
has very little meaning or value for their current or future lives.
Taylor, Lyn. (1997). Integrating mathematics and
American Indian Cultures. National Council of Teachers of Mathematics
Yearbook, p. 169-76.
The article discusses the rich opportunities
for integrating mathematics with American Indian cultures. Teachers can
create opportunities for students to make meaningful connections among
mathematics, social studies, art, language arts, science, and physical
education.
Thomson, Barbara S. and Mascazine. John R. (1997).
Attending to learning styles in mathematics and science classrooms. ERIC
Clearinghouse for Science Mathematics and Environmental Education, Columbus:
OH, ED
432440.
We all have our own ways of doing things, from
washing dishes to planning a trip. The preferences, tendencies, and strategies
that individuals exhibit while learning constitute what have come to be
called "learning styles." Formal study of learning styles has developed
over the past 30 years from a variety of conceptual orientations. Among
the theories of learning styles, that of Dunn and Dunn (1978) is among
the most comprehensive in scope and practice for teachers.
Classroom Management
Anguiano, Patricia. (2001). A first-year teacher's
plan to reduce misbehavior in the classroom. Teaching Exceptional
Children, v. 33, no. 3, p. 52-5.
This article describes the misbehaviors that
were present in a first year teacherÕs classroom. The writer shares
strategies that were implemented during her action research project.
Beane, Allan L. (1999). The bully-free classroom.
Instructor, v. 110, no. 2, p. 43-5.
The author discusses an eight-step conflict resolution
program and how to present it to students.
Brainard, Edward. (2001). Classroom management: seventy-three
suggestions for secondary school teachers. The Clearing House, v.
74, no. 4, p. 207-10.
The writer uses four surveys to present recommendations
for relating to students in a positive manner; preventing student misbehavior;
handling student discipline situations; and providing classroom leadership.
The ideas presented in the surveys are consistent with current writings
in the field of classroom management.
Calhoun, Sharon. (2000). Surviving the year with
a difficult class. Momentum, v. 31, no. 4, p. 63-5.
Advice for educators on coping with a difficult
class is provided. Educators should define their central role in relation
to the general class dynamic, improve the overall tone of the class by
spending extra time on community building techniques and fostering individual
accountability for actions, approach students privately and compliment
them on what they choose to do well, respect students as individuals rather
than stereotype them, realize that difficult classes often have a wide
range of learning abilities, and reach out to colleagues and support staff.
Geiger, Brenda. (2000). Discipline in K through 8th
grade classrooms. Education, v. 121, no. 2, p. 383-93.
This research study discusses three main discipline
problems found in K-8 classrooms, talking and fidgeting, acts of defiance
such as disrespectful behavior and disobedience, and acts of inattention
such as being off task, not doing one's work, or out of seat.
Greenberg, Polly. (2000). The value of classroom
rituals & routines. Scholastic Early Childhood Today, v. 15,
no. 1, p. 52-9.
Guidelines for teachers on developing classroom
rituals and routines that will support children's emotional and social
well-being are presented. The guidelines relate to greeting routines, arrival
activities, book browsing, social circle, and planning routines that include
children as partners.
Hail, John. (2000). Classroom concerns. Teaching
PreK-8, v. 31, no. 1, p. 88.
The author presents an effective classroom management
activity. The activity involves the use of a bulletin board that students
can use to post notes about their concerns.
Hardin, Carlette and Jackson. Harris, E. Ann. (2000).
Managing classroom crises. Phi Delta Kappa Fastbacks, no. 465, p.
7-48.
The writers examine the management of classroom
crises. The characteristics of crises, types of crises, and the severity
of crisis situations are presented. They discuss teacher behaviors that
contribute to crisis situations, the identification and management of troubled
students, violence prevention programs, responding to crisis situations,
and formal programs. Finally, they offer four examples of crisis situations
and suggestions for how these situations could have been defused.
Hedgecock, Carolyn. (2000). Teaching through a seating
change. Teaching PreK-8, v. 31, no 2, p. 60.
This activity was great because it got the students
discussing grammar from the moment they entered the room. The author is
a 6th grade language arts teacher. She uses this strategy for several subject
areas.
Landau, Barbara McEwan and Gathercoal, Paul. (2000).
Creating peaceful classrooms: judicious discipline and class meetings Phi
Delta Kappan, v. 81, no. 6, p. 450-2.
One approach being tried in Michigan, Minnesota,
and Oregon, called Judicious Discipline, incorporates the constitutional
language of rights and responsibilities into a democratic management framework
and can support fair, safe, and respectful classroom environments. The
consistent use of class meetings based on the framework of rights and responsibilities
has been found to provide students in these state with a chance to discuss
issues of common concern peacefully.
Miller, Susan A. (2001). Tips for creating classroom
rules. Scholastic Early Childhood Today, v. 15, no. 6, p. 8.
The author offers 10 ideas for making classroom
rules.
Miller, Susan. (2000). Have a smooth snack time!
Scholastic
Early Childhood Today, v. 15, no. 3, p. 1.
The author offers 10 ideas for making snack time
fun.
Varner, Edna. (2000). Turning discipline problems
into learning opportunities. Principal, v. 79, no. 5, p. 44-5.
Principals should be careful not to focus on
discipline when the real problem may be poor instruction. A sustained emphasis
on educational change, classroom by classroom, will help faculty realize
that improving instruction will dramatically decrease what they consider
students' chronic misbehavior.
Parent Involvement
Becker, Henry Jay, Nakagawa, Kathryn, Corwin,
Ronald G. (1997). Parent involvement contracts in California's charter
schools: Strategy for educational improvement or method of exclusion? Teachers
College Record, v. 98, p. 511-36.
This study examined the extent to which parent
involvement contracts in charter schools are used as a strategy for education
improvement or a method of exclusion. Participants were school administrators
at 27 charter schools and 39 comparison schools in California. The results
revealed that the charter schools did a great deal to encourage parent
involvement in learning activities at home and that charter school parents
were substantially more involved in the daily life of the school. The results
of the study also indicated that at most of the charter schools the contracts
were viewed as a means of obtaining compliance rather than as a positive
vehicle for encouraging the growth of a more inclusive school community.
Conderman, Gregory J., Hatcher, Ruth E., Ikan, Patricia
A. (1998). Why student-led conferences work. Kappa Delta Pi Record,
v. 34, no. 4, p. 132-4.
A new approach to alternative assessment at Prairie
Middle School in Iowa combines portfolio assessment with student-led conferences.
Components of this approach include greater student participation, ownership,
and empowerment; self-assessment; effective communication; parental involvement;
and accountability.
Ehnebuske, Jean M. (1998). In the comfort of their
own homes: Engaging families in mathematics. Teaching Children Mathematics,
v. 4, p. 338-43.
The author discusses IMPACT is a process for
parental involvement based on sending home mathematics activities for parents
and children to do together that has been launched in the Irving Independent
School District, Texas. The program begins when teachers host a meeting
to invite parents to participate in IMPACT. Then, teachers send home an
IMPACT activity approximately once each week to support a math concept
that is being explored in class. When the parents and children have completed
the activity, they fill out a comment sheet in a diary that accompanies
the activity.
Goodenow, Jacquelyn A. and Sprigman, Bonnie E. (1999).
Homeside activities. Intervention in School and Clinic, v. 34, no.
3, p.188-9.
Homeside Activities is a set of 15- to 20-minute
exercises for grades K-6 that focuses on parental involvement in children's
education by promoting student-parent conversations. The 18 activities
encourage an exchange of ideas, develop a child's critical thinking and
communication skills, and provide an intentionally open-ended framework
for the adult and child to explore specific issues.
Hartog, Martin D. and Brosnan, Patricia A. (1994).
Doing Mathematics with Your Child. ERIC Clearinghouse for Science Mathematics
and Environmental Education Columbus: OH, ED
372967.
This monograph provides resources for parents
to help develop their children's abilities to do mathematics, while at
the same time encouraging more positive attitudes toward mathematics.
Jonson, Kathleen Feeney. (1999). Parents as partners:
building positive home-school relationships. The Educational Forum,
v. 63, no. 2, p. 121-6.
The author offers advice for teachers on involving
parents in their children's schooling. The advice relates to how an effective
teacher can open lines of communication with primary caregivers through
active and consistent outreach and deals with telephoning, undertaking
written communications, inviting parents to volunteer in the classroom,
scheduling and getting through parent conferences, dealing with difficult
parents, and making home visits. A review of research and professional
literature supporting the positive effects of parental involvement on student
achievement, attitudes toward learning, and self-esteem is also presented.
Nichols-Solomon, Rochelle. (2001). Barriers to serious
parent involvement. The Education Digest, v. 66, no. 5, p. 33-7.
The author discusses the difficulties of involving
parents in education. She presents five suggestions for creating a school
culture that actively involves parents.
Peressini, Dominic D. (1997). Building bridges between
diverse families and the classroom: involving parents in school mathematics.
National Council of Teachers of Mathematics Yearbook, p. 222-9.
This article outlines a variety of ways that
mathematics teachers can involve parents at the classroom and school level.
Some of these include creating "parent rooms" at the school, emphasizing
an open mathematics classroom in which parents feel comfortable to drop
in and observe a mathematics lesson, and using parent volunteers in classrooms.
Parent volunteers can help students with their mathematics assignments,
create mathematics bulletin boards, help correct and record students' mathematics
assignments and quizzes, and participate in the daily mathematics lesson.
Parents can also direct lessons that incorporate their unique cultural
backgrounds, lead field trips to their working environments, and develop
and implement integrated curricular activities that reflect some of the
variety in the students' cultural backgrounds. In addition to these suggestions,
the article provides many more.
Rillero, Peter, González-Jensen, Margarit,
Moy, Tracy. (2000). Moon watch: A parental-involvement homework activity.
Science Activities, v. 36, no. 4, p. 11-15.
The writers discuss an at-home parental-involvement
activity called Moon Watch, which is recommended by the Student-Parent
Laboratories Achieving Science at Home program. Moon observation offers
a chance for parents and students in grades 5-8 to learn science together,
make first-hand observations, and record and analyze data.
Schwartz, Wendy. (1999). Family math for urban students
and parents. ERIC Clearinghouse on Urban Education, New York: NY, ED
432630.
This monograph discusses how family math programs,
based on family literacy programs, successfully teach basic math skills
to both children and their parents.
Seefeldt, Carol. Goldsmith, Nancy. (1998). Family
dinner at school involves parents. The Education Digest, v. 64,
no. 1, p. 59-62.
The writer discusses Family Night Out, a parent-involvement
activity of the Montgomery County, Maryland, Public School Transition Demonstration.
As part of a program that follows Head Start children and their families
as they make the transition from Head Start to kindergarten and the first
three grades, a school family dinner was designed to help parents become
equal partners in their children's education.
Strutchens, Marilyn E., Thomas, Debbie, Perkins,
Davis, Fran. (1997). Mathematically empowering urban African American students
through family involvement. National Council of Teachers of Mathematics
Yearbook, p. 230-5.
This article describes the goals of the Minority
College Awareness Program (MCAP) at the University of Kentucky. MCAP is
designed to give students experiences that would help improve their mathematical,
problem-solving, and written and verbal communication skills. Second, the
program offers professional development for teachers so that they will
feel better prepared to work with students from diverse backgrounds and
equipped to teach lessons and use instructional strategies that are innovative
and adaptable to different grade levels. The third goal is to develop workshops
for parents so that they can be role models for their children, increase
their involvement in their children's education, and become more knowledgeable
about the mathematics and science curriculum.
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