Form 10: Decomposing Composite 3D Shapes into Two Rectangular Prisms Exercise

Form 10: Decomposing Composite 3D Shapes into Two Rectangular Prisms

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Form 10: Decomposing Composite 3D Shapes into Two Rectangular Prisms

In this engaging exercise, students will explore the world of three-dimensional geometry by learning how to decompose composite 3D shapes into two rectangular prisms. Through hands-on activities and visual aids, they will develop their spatial reasoning skills and enhance their understanding of volume and surface area concepts.

Questions

  1. MultiChoice

    A composite shape is made of Prism A (4x3x5 = 60) and Prism B (3x2x4 = 24). What is the total volume?

  2. MultiChoice

    A L-shaped 3D block consists of a 5x4x3 cm prism and a 5x2x5 cm prism. Find the combined volume.

  3. MultiChoice

    Add the volumes of two joined prisms: Prism 1 (6x4x3 = 72) and Prism 2 (2x4x3 = 24). Total volume?

  4. MultiChoice

    A step structure has a base prism of 10x5x2 cm (100) and a top prism of 5x5x2 cm (50). Total volume?

  5. MultiChoice

    Calculate total volume for a figure made of two non-overlapping prisms: 5x2x4 (40) and 3x2x5 (30).

  6. MultiChoice

    A T-shaped solid is split into Prism A (8x3x4 = 96) and Prism B (3x3x4 = 36). What is total volume?

  7. MultiChoice

    Find combined volume of Prism 1 (6x5x4 = 120) and Prism 2 (4x4x3 = 48).

  8. MultiChoice

    A composite shape consists of two blocks: 4x3x5 cm (60) and 3x2x5 cm (30). Total volume?

  9. MultiChoice

    Calculate the volume of a structure made of a 10x4x4 in prism and a 5x4x2 in prism.

  10. MultiChoice

    What is the total volume of two attached rectangular prisms with volumes 64 cu ft and 40 cu ft?

  11. MultiChoice

    A solid consists of Prism A (8x5x2 = 80) and Prism B (6x5x2 = 60). Find total volume.

  12. MultiChoice

    Find the combined volume of Prism 1 (9x4x4 = 144) and Prism 2 (6x3x4 = 72).