Grade 6 · Interactive Activities
Grade 6 Math HyperDocs
Ten self-paced activities — one per unit — that walk students through Engage, Explore, Explain, Apply, and Reflect. Each HyperDoc is auto-graded and saves as a PDF or DOC for submission.
All Ten Units
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Unit 1 — Smoothie Stand: Ratios & Unit Rates
Students use a smoothie stand context to write ratios, find unit rates, and build equivalent ratio tables.
6.NS.A.1Unit 2 — Fraction Kitchen: Dividing Fractions
In a bakery setting students learn Keep–Flip–Multiply and practice dividing fractions to find the number of servings.
6.RP.A.2–3Unit 3 — Ratio Rally: Rates, Unit Rates & Percent
Using a racing theme, students calculate unit rates, complete equivalent ratio tables, and find percents of quantities.
6.NS.B.2–4Unit 4 — Factory Line: GCF, LCM, Decimals & the Distributive Property
Students solve factory packing problems using greatest common factor, least common multiple, decimal operations, and the distributive property.
6.G.A.1Unit 5 — Area Architect: Area of Polygons
As Area Architects, students find the area of rectangles, triangles, and composite shapes by decomposing figures and applying the correct formula.
6.EE.A.1–4Unit 6 — Expression Engine: Build & Read Expressions
Students write algebraic expressions using variables and coefficients, evaluate expressions by substitution, and work with whole-number exponents.
6.NS.C.5–7Unit 7 — Submarine Dive: Integers & the Number Line
Through a submarine dive scenario, students place integers on a number line, find opposites and absolute values, and compare and order negative numbers.
6.SP.A & 6.SP.BUnit 8 — Data Lab: Statistics
Students identify statistical questions, build dot plots, and calculate mean, median, mode, and range from real data sets.
6.NS.C.6 & 6.G.A.3Unit 9 — Coordinate Quest: The Coordinate Plane
Students plot ordered pairs in all four quadrants, identify quadrant locations, and reflect points across both axes.
6.G.A.2Unit 10 — Volume Vault: Volume of Prisms
Students pack rectangular prisms with unit cubes and apply V = l × w × h (or V = B × h) to solve real-world volume problems.
About This Format
What is a HyperDoc?
A HyperDoc is a structured digital activity that guides students through five stages of learning on a single page:
Engage — a hook question or real-world scenario sparks curiosity before the lesson begins.
Explore — students play the linked 3D game or read a graphic novel to discover concepts on their own.
Explain — key vocabulary and a worked example give students the language and model they need.
Apply — an auto-graded set of 5–6 questions checks understanding with instant feedback.
Reflect — short written prompts ask students to connect the math to their own thinking and experience.
When finished, students save their completed HyperDoc as a PDF or DOC (with their name included) for easy digital submission.