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Project A3: Awesome Advanced Activities for Mentoring Mathematical Minds Level 4-5 Teacher 3 Year License
Level 4-5 is divided into three activity sections: number theory, fractions, and geometry activities. Each section begins with an Anchor Activity followed by five or six further explorations and extensions that are connected in some way to the Anchor.
Notable Numbers focuses on number theory including factors and multiples, prime and composite numbers, and abundant, deficient, and perf
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Project M3: Level 3-4: Digging for Data: Collecting, Displaying and Analyzing Data Student Mathematician's Journal 1 Year License
The Student Mathematician’s Journal allows students to explore simulated or real-life problems and help them to think, write, and read like mathematicians. It encourages students to reflect on what they have learned in each lesson, think deeply about mathematics, and communicate in writing on worksheets.
In this unit, students will gather, represent and analyze data as the essence of good research to understand their world.
The 1-year online license includes access to the Student Mathematician’s Journal eBook that also feat
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Anchored Science Unit 6.2: Investigating & Modeling Body Systems Student Workbook
Anchored Science by Mi-STAR is a comprehensive middle school science curriculum driven by a bold vision for the future, where science isn’t just a subject but a powerful, integrated body of knowledge that equips students to tackle today’s pressing societal challenges. This curriculum harnesses the full potential of the Next Generation Science Standards, empowering students to actively engage with science and engineering practices. They’ll move beyond the classroom, using their skills to solve
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Project M3: Level 3-4: In Search of the Yeti: Measuring Up, Down and All Around Teacher 3 Year License
In this unit on measurement, students actively engage in the measurement process to connect their learning and new knowledge to their own personal worlds. As mathematicians, they measure objects in the classroom, at home, and even their own bodies. They make estimates, develop personal benchmarks, and focus on the accuracy and precision of measurement. They examine irregular shapes and develop strategies to find their areas and perimeters, as well as explore liquid volume and capacity.
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