3D Shapes Short Problems: Age 11-16

This is part of our collection of Short Problems.

You may also be interested in our longer problems on 3D Shapes: Age 11-16.

We have put together a selection of these short problems as printable worksheets:

Printable worksheets: Age 11-14 ⭐   Printable worksheet: Age 11-14 ⭐⭐   Printable worksheet solutions


  • Small pepper seedlings in turquoise pots.
    problem

    Daniel's Star

    Age
    11 to 14
    Challenge level
    1 out of 3

    A solid 'star' shape is created. How many faces does it have?

  • Small pepper seedlings in turquoise pots.
    problem

    Net Result

    Age
    11 to 14
    Challenge level
    1 out of 3

    The net shown here is cut out and folded to form a cube. Which face is then opposite the face marked X?

  • Small pepper seedlings in turquoise pots.
    problem

    Painted Octahedron

    Age
    11 to 14
    Challenge level
    1 out of 3

    What is the smallest number of colours needed to paint the faces of a regular octahedron so that no adjacent faces are the same colour?

  • Small pepper seedlings in turquoise pots.
    problem

    Soma Surface

    Age
    11 to 14
    Challenge level
    1 out of 3

    What is the surface area of the solid shown?

  • Small pepper seedlings in turquoise pots.
    problem

    Rotation Identification

    Age
    11 to 14
    Challenge level
    1 out of 3

    Which of these can be obtained by rotating this shape?

  • Small pepper seedlings in turquoise pots.
    problem

    Multiplication Cube

    Age
    11 to 14
    Challenge level
    1 out of 3

    The net shown is folded up to form a cube. What is the largest possible vertex product?

  • Small pepper seedlings in turquoise pots.
    problem

    Red or Black

    Age
    11 to 14
    Challenge level
    2 out of 3

    How many edges of a cube need to be coloured black to mean every face has at least one black edge?

  • Small pepper seedlings in turquoise pots.
    problem

    Blockupied

    Age
    11 to 14
    Challenge level
    2 out of 3

    A 1×2×3 block is placed on an 8×8 board and rolled several times.... How many squares has it occupied altogether?

  • Small pepper seedlings in turquoise pots.
    problem

    Truncated Tetrahedron

    Age
    11 to 14
    Challenge level
    2 out of 3

    A tetrahedron has each corner cut off to produce a solid. What is the total length of the edges of this solid?

  • Small pepper seedlings in turquoise pots.
    problem

    Net Profit

    Age
    11 to 14
    Challenge level
    2 out of 3

    The diagram shows the net of a cube. Which edge meets the edge X when the net is folded to form the cube?

  • Small pepper seedlings in turquoise pots.
    problem

    Same Face

    Age
    11 to 14
    Challenge level
    2 out of 3

    A cube is rolled on a plane, landing on the squares in the order shown. Which two positions had the same face of the cube touching the surface?

  • Small pepper seedlings in turquoise pots.
    problem

    Magic Octahedron

    Age
    11 to 14
    Challenge level
    3 out of 3

    Weekly Problem 20 - 2010
    You have already used Magic Squares, now meet a Magic Octahedron...

  • Small pepper seedlings in turquoise pots.
    problem

    Crawl Around the Cube

    Age
    11 to 14
    Challenge level
    3 out of 3

    Weekly Problem 37 - 2010
    An ant is crawling around the edges of a cube. From the description of his path, can you predict when he will return to his starting point?

  • Small pepper seedlings in turquoise pots.
    problem

    Twelve Cubed

    Age
    14 to 16
    Challenge level
    1 out of 3

    A wooden cube with edges of length 12cm is cut into cubes with edges of length 1cm. What is the total length of the all the edges of these centimetre cubes?

  • Small pepper seedlings in turquoise pots.
    problem

    Dicey Directions

    Age
    14 to 16
    Challenge level
    1 out of 3

    An ordinary die is placed on a horizontal table with the '1' face facing East... In which direction is the '1' face facing after this sequence of moves?

  • Small pepper seedlings in turquoise pots.
    problem

    Four Cubes

    Age
    14 to 16
    Challenge level
    1 out of 3

    Four cubes are placed together to make a cuboid. What is the surface area of this cuboid?

  • Small pepper seedlings in turquoise pots.
    problem

    Which Face?

    Age
    14 to 16
    Challenge level
    1 out of 3

    Which faces are opposite each other when this net is folded into a cube?

  • Small pepper seedlings in turquoise pots.
    problem

    Stacked Cubes

    Age
    14 to 16
    Challenge level
    1 out of 3

    What is the total surface area of this shape?

  • Small pepper seedlings in turquoise pots.
    problem

    Cubic Covering

    Age
    14 to 16
    Challenge level
    2 out of 3

    A blue cube has blue cubes glued on all of its faces. Yellow cubes are then glued onto all the visible blue facces. How many yellow cubes are needed?

  • Small pepper seedlings in turquoise pots.
    problem

    Cubic Vision

    Age
    14 to 16
    Challenge level
    2 out of 3

    How many cubes can you see?

  • Small pepper seedlings in turquoise pots.
    problem

    Painted Purple

    Age
    14 to 16
    Challenge level
    2 out of 3

    Three faces of a $3 \times 3$ cube are painted red, and the other three are painted blue. How many of the 27 smaller cubes have at least one red and at least one blue face?

  • Small pepper seedlings in turquoise pots.
    problem

    Facial Sums

    Age
    14 to 16
    Challenge level
    2 out of 3

    Can you make the numbers around each face of this solid add up to the same total?

  • Small pepper seedlings in turquoise pots.
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    Pyramidal N-Gon

    Age
    14 to 16
    Challenge level
    2 out of 3

    The base of a pyramid has n edges. What is the difference between the number of edges the pyramid has and the number of faces the pyramid has?

  • Small pepper seedlings in turquoise pots.
    problem

    Stretched Surfaces

    Age
    14 to 16
    Challenge level
    2 out of 3

    The edges of a cube are stretched, can you find the new surface area?