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Enhancing Student Mathematical Understanding and Problem-Solving Capabilities Through the Use of Algorithms and Coding Software
Area(s) of Focus: math, technologyDivision(s): Intermediate, JuniorLevel(s): Grade 6, Grade 7, Grade 8Resource(s) Available:This project was aimed at introducing computer programming to middle school students. It contains a series of lessons, with various entry points from teaching students binary, algorithms, languages, coding and how to use these tools to create.
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A Developmentally Sound and Pedagogically Appropriate Approach to Teaching Through (and about) Problem-Solving from Kindergarten to Grade 4
Area(s) of Focus: mathDivision(s): PrimaryLevel(s): Kindergarten, Grade 1, Grade 2, Grade 3, Grade 4Resource(s) Available:Cross-referencing the various “Guides to Effective Instruction in Mathematics,” “The Kindergarten Program,” and the “Ontario Mathematics Curriculum, K-8,” this project shows the “Big Ideas,” the K-4 continuum of expectations, and suggests resources.
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Building a Community of Mathematicians
This project explores how we can build a community of mathematicians among our colleagues, our classrooms and throughout the school community. Some strategies we explored include problem-solving, number talks and the use of math tools.
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Develop Understanding of Spatial Reasoning Skills in the Primary/Junior Years to Promote Student Success in Mathematics, and Beyond
To develop an understanding of spatial reasoning in our students by partnering with them to further develop our own understanding between spatial reasoning and math learning in the primary and junior grades.
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Math Inquiry Across the Strands
This inquiry addresses geometry, number sense, measurement in a social studies context. Our initial inquiry was the creation of a Winter Math Festival. The second inquiry was an investigation of societies around the world (historic and modern).
