Student activity card for the final Lesson 12 capstone project, providing a structured workspace for planning and proving the volume of a three-room structure.

Visual slide deck for Lesson 12, presenting the final synthesis project where students apply all volume concepts to a complex design challenge.

Detailed teacher guide for the final Lesson 12 project, where students design a structure to meet specific volume requirements and present their mathematical proofs.

Student activity card for Lesson 11, providing exercises for decomposing complex shapes and calculating additive volume.

Visual slide deck for Lesson 11, introducing the 'Split, Solve, and Sum' strategy for finding the volume of complex additive figures.

Detailed teacher guide for Lesson 11, teaching students to find the total volume of complex, non-overlapping solid figures by decomposing them into simpler rectangular prisms.

Student activity card for Lesson 10, featuring a real-world measurement lab and exercises for selecting appropriate standard units.

Visual slide deck for Lesson 10, applying volume formulas to standard units and selecting the most appropriate unit for various real-world scenarios.

Detailed teacher guide for Lesson 10, applying volume measurement and formulas to real-world objects and identifying appropriate standard units.

Student activity card for Lesson 9, featuring 'working backwards' problems and an open-ended puzzle to find multiple dimension combinations for a fixed volume.

Visual slide deck for Lesson 9, illustrating the process of solving for missing dimensions using inverse operations (division).

Detailed teacher guide for Lesson 9, focusing on algebraic reasoning to find missing dimensions when given total volume.

Student activity card for Lesson 8, providing space for edge-tracking measurements and exercises that bridge B x h and L x W x H.

Visual slide deck for Lesson 8, showing the relationship between B x h and L x W x H and providing step-by-step guidance on identifying dimensions.

Detailed teacher guide for Lesson 8, merging the concepts of Base Area (B x h) and specific dimensions (L x W x H) into one unified formula.

Student activity card for Lesson 7, featuring mental math challenges and visualization tasks focused on the V = B x h formula.

Visual slide deck for Lesson 7, teaching students to apply the formula V = B x h through visual stacking models and word problems.

Detailed teacher guide for Lesson 7, introducing and applying the formula Volume = Base Area x Height (V = B x h).

Student activity card for Lesson 6, focusing on identifying the Base Area (B) and connecting it to the first layer of unit cubes in a prism.

Visual slide deck for Lesson 6, introducing the 'Base Area' (B) as the foundation for volume calculation.

Detailed teacher guide for Lesson 6, connecting 2D area concepts to the 3D base layer of rectangular prisms.

Student activity card for Lesson 5, featuring building challenges focused on horizontal and vertical decomposition and matching layer descriptions to total volumes.

Visual slide deck for Lesson 5, introducing the concept of decomposition into horizontal and vertical layers for efficient volume calculation.

Detailed teacher guide for Lesson 5, focusing on spatial structuring and decomposing rectangular prisms into horizontal and vertical layers.

Student activity card for Lesson 4, featuring isometric dot paper for sketching and 'Cube Detective' counting tasks with hidden cubes.