"Teachers looking for a concise guide to implementing problem-based learning in math and science classrooms: This book is for you!" -Debra Gerdes, Professional Development Leader Illinois Mathematics and Science Academy "The purpose of problem-based learning is to emphasize meaning making over fact collecting. With this method, Diane Ronis has written a book that is well equipped to produce self-motivated and independent lifelong learners!" -Katie Morrow, Technology Integration Specialist O'Neill Public Schools, NE Increase students' skills and content retention in math and science! What's the best way to create a real-world instructional environment where students are involved in firsthand experiences and where important ideas are connected to meaningful life events that help deepen learners' understanding? Diane Ronis demonstrates how the problem-based learning (PBL) method gives students the opportunity to actively explore and resolve authentic problem simulations and student-identified problems in the community while strengthening their problem-solving skills. Updated throughout, this second edition illustrates how to use the PBL inquiry process with Internet resources to create an integrated instructional environment, and also provides: Problem-based learning activities relating to math and science in each chapter Projects that correlate to national science, mathematics, and technology standards Student handouts, evaluation forms, and all the information necessary for successful project completion Problem-Based Learning for Math and Science, Second Edition, is the perfect resource for educators who want to expand their teaching repertoire and shift instruction from a teacher-centered to a learner-centered perspective.
Why is it that so many pupils are put off by maths, seeing it as uninspiring and irrelevant, and that so many choose to drop it as soon as they can? Why is it socially acceptable to be bad at maths? Does the maths curriculum really prepare pupils for life? This book presents some answers to these questions, helping teachers to think through their own attitudes to teaching and learning, and to work with pupils towards more effective and inspiring mathematical engagement. Part I of the book explores the nature of school mathematics - showing how the curriculum has been developed over the years, and how increasing effort has been devoted to improving the quality of mathematics teaching, with little apparent effect. Part II focuses on ways of thinking about classroom mathematics which take account of social, cultural, political and historical aspects. The chapters bring together a collection of activities, resources and discussion which will help teachers develop new ways of teaching and learning maths. This book will be essential reading for all maths teachers, including maths specialists on initial teacher training courses.
Why is it that so many pupils are put off by maths, seeing it as uninspiring and irrelevant, and that so many choose to drop it as soon as they can? Why is it socially acceptable to be bad at maths? Does the maths curriculum really prepare pupils for life? This book presents some answers to these questions, helping teachers to think through their own attitudes to teaching and learning, and to work with pupils towards more effective and inspiring mathematical engagement. Part I of the book explores the nature of school mathematics - showing how the curriculum has been developed over the years, and how increasing effort has been devoted to improving the quality of mathematics teaching, with little apparent effect. Part II focuses on ways of thinking about classroom mathematics which take account of social, cultural, political and historical aspects. The chapters bring together a collection of activities, resources and discussion which will help teachers develop new ways of teaching and learning maths. This book will be essential reading for all maths teachers, including maths specialists on initial teacher training courses.
From a review of the first edition: This book is suitable for those who lack confidence ... It is particularly useful as a revision guide... Tasks and practical exercises are included throughout the book. Worth buying a copy' - Primary Mathematics This task-driven text emphasizes strategies and processes and is very different from the usual style of mathematics textbooks. For example, algebra is treated as a way of thinking mathematically, rather than merely manipulating symbols. Each of the sections is designed to stand alone so that they can be studied in any order or dipped into as needed. The Second Edition has been updated to meet the needs of anyone wanting to refresh their knowledge and understanding of mathematics to GCSE level. There is an emphasis on learning and doing mathematics, with an expanded section on measures and proportion, and statistics. Trainees and students have reported that the book has not only helped them to raise their knowledge and understanding to the required standard but also greatly improved their mathematical confidence. This is a set book for the Open University Course, 'Ways of Knowing: language, mathematics and science in the early years'.
Building Connections Between Literacy and Numeracy
"Makes an interesting and thought-provoking contribution to the field of mathematics instruction. Looking at math and literacy as closely aligned language structures creates a need to rethink the strategies used for math instruction." -Catherine Hernandez, Second-Grade Teacher Detroit Public Schools, MI "It's about time! Teaching literacy has been researched, written about, and rewritten so that it can be taught using the most effective methods for optimal learning. Little of this has transpired for mathematics. This book is very unique." -Deborah Gordon, Third-Grade Teacher Madison Simis School, Phoenix, AZ Transform the way you think about and teach elementary-level mathematics! While many teachers feel confident about their preparation and strategic repertoire for literacy instruction, some are less confident about their preparation and content depth for teaching math. Based on the idea that mathematics and reading are two subject areas more alike than different, What If Your ABCs Were Your 123s? illustrates the parallels between literacy and mathematics and helps elementary teachers take what they know about teaching literacy and apply that knowledge to strengthen their math instruction. Designed for the primary and elementary levels, this practical handbook illustrates how teachers can deepen their own mathematical understanding and improve students' achievement by providing: Teaching scenarios that model the crossover of strategies Comprehension strategies to develop and strengthen students' grasp of foundational concepts Instructional approaches to help students value mathematics and feel competent in their abilities to reason, solve problems, and communicate their thinking Student work samples illustrating literacy and math connections Gain a detailed, comprehensive understanding of the relationship between literacy and numeracy and significantly increase your effectiveness in mathematics instruction!
Building Connections Between Literacy and Numeracy
This book will help primary and elementary teachers to transform the way they think about and teach mathematics. Many teachers feel confident about their preparation and strategic repertoire for literacy instruction but are less confident about their preparation and content depth for teaching math. This book will make visible the parallels between what elementary teachers already know about teaching literacy and help them make connections to numeracy instruction to improve their students' achievement in mathematics. Teachers can carry their literacy strength straight into their math instruction. Readers will gain a detailed, comprehensive understanding of the crossovers connections between literacy and numeracy to deepen their own mathematics content knowledge and be more confident and successful in their instruction of elementary mathematics.
In the second edition of this research-based book, Eileen Depka clarifies the purpose of rubrics, and illustrates the relationship between assessment, rubrics and math standards; the teaching of math; and students' discovery of math concepts. The author demonstrates how to drive instruction and enhance student achievement using assessment data and completed rubrics and discusses:Procedures to create effective assessment tools and rubrics Different types of scoring guides Weighted rubrics Student involvement in creating rubricsTwo new chapters focus on communication in mathematics and using data from rubrics to improve instruction. Each chapter offers easy-to-use, creative problems that are based on math concepts linked to national math standards and benchmarks.
This new edition of the author's standards-based math workbook covers essential concepts and skills as defined by the National Council of Teachers of Mathematics (NCTM) for learners in grades 6-9. Designed as a resource for teachers and instructional leaders planning curriculum, instruction, and assessment, the book provides: Detailed guidanceSample activitiesSample problemsSample assessments
Providing both the ""how"" and the ""why"" of instruction, this book offers teachers with the knowledge necessary to teach mathematics to kids from elementary school to high school who have learning difficulties. Divided into four sections, it helps readers understand the needs of students with learning difficulties.
