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Taking students beyond simple computation to think critically in math is necessary for students to meet today's math standards. Excerpted from Brain-Compatible Mathematics, this booklet includes author Diane Ronis' wheel of problem-solving strategies, plus a seven-step process for approaching and solving complicated problems-giving students a variety of ways to approach, analyze, and think critically about mathematics problems.
Provides teachers with a framework for designing, implementing, and evaluating interdisciplinary units that integrate content and standards across multiple curriculum areas.
Teachers will learn to assess student achievement with rubrics that reflect the latest neuroscientific research and are compatible with standards and the principles of brain-compatible learning.
Build upon a student's neural wiring for learning with this second edition of a powerful bestseller that bridges the world of brain research with improved mathematics instruction.
Provides teachers with the tools they need to help students learn in an integrated, real-world instructional environment. Focusing on problem-based learning (PBL) as a teaching approach, this work presents modes of problem-based learning that include real-life references, real problem simulations, and student-identified community problems.
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