A guide for students to plan their digital presentation, including a slide-by-slide checklist, presentation tips, and reflection prompts.
A comprehensive visual math curriculum sequence focusing on fraction equivalence, addition, subtraction, multiplication, division, and comprehensive multi-operation mastery. Includes visual lesson slides, independent practice worksheets, small-group centers, visual tools, and robust assessments.
A covert-agent themed math lesson focusing on mastering the multi-digit whole number multiplication standard algorithm. Students step into the shoes of cryptography agents to learn, practice, and apply regrouping procedures.
A teacher-facing 2-page answer key showing completed ciphers, filled vocabulary terms, and detailed grid calculations in high-contrast red ink for quick assessment of student dossiers and worksheets.
A 4-week intensive math intervention program set in a space exploration universe, designed for multi-grade students with disabilities in Grades 5–8. It covers additive thinking, place value, and decimal regrouping, anchored in Grades 4–6 standards with a Grade 5 core middle ground.
A transitional math prep lesson for rising 6th graders entering the NYS math curriculum. It introduces key concepts across all major domains including Ratios & Proportions, the Number System, Expressions & Equations, Geometry, and Statistics through structured definition spaces and scaffolded example problems.
A student-facing 2-page independent practice worksheet themed as an espionage field operations sheet. Features scaffolded grid problems, real-world agent word problems, and self-reflection metrics.
A collection of engaging, film-based math review lessons designed for the end of 5th grade. Students apply key mathematical concepts to movie plots, with tailored differentiation for diverse learning profiles.
A student-facing 2-page guided notes packet modeled as an agent training dossier. Guides students through standard multiplication terms, a detailed step-by-step algorithm walkthrough using an interactive visual model, and scaffolded grid-aligned practice problems.
