OpenSciEd Middle School science program addresses all middle school NGSS standards. This comprehensive science curriculum empowers students to question, design, investigate, and solve the world around them.
The Student Mathematician’s Journal presents simulated or real-life problems that encourage students to think, write, and read like mathematicians. They are asked to reflect on what they have learned and communicate in writing on worksheets.
Students explore the ideas of expressions, equations and the equal sign. Throughout the unit, students travel to a shopping bazaar to provide the background for
For grades 8-10, this unit explores five themes or threads of change in nineteenth century American history through literature of the times: Romanticism, transcendentalism, abolitionism, industrialism, and feminism. Each of the five “isms” has its own “Literature Box” that contains appropriate documents to serve as a resource for small investigative teams of students. The “isms” are investigated as change agents in American life through the study of key writings of the period, including the works of Whitman, Hawthorne, Melville, Thoreau, and Emerson. Students produce both written and oral p
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
Illustrative Mathematics K-5 MathTM is an IM Certified product providing trusted, highly rated materials to ensure students thrive in mathematics. Each Illustrative Mathematics lesson has four phases, from pre-unit practice modules to cool downs, focusing students’ attention on definitions, notations, and graphical conventions contributing to the development of real numbers.
The big ideas in