Create accurate nets for simple polyhedra and connect three-dimensional solids with different two-dimensional representations
Create accurate nets for simple polyhedra and connect three-dimensional solids with different two-dimensional representations
1. | A Dicey Dilemma 4 - complete letters on faces of an octahedral die | |
2. | A Dicey Dilemma 3 - complete letters on faces of an octahedral die | |
3. | A Dicey Dilemma 1 - complete letters on faces of an octahedral die | |
4. | Line Up 11 - folding net of a cube | |
5. | Line Up 9 - folding net of a cube | |
6. | Line Up 8 - folding net of a cube | |
7. | Line Up 7 - folding net of a cube | |
8. | Line Up 6 - folding net of a cube | |
9. | Cubin' Cubes 8 - painted faces of unit cubes in larger cube | |
10. | Cubin' Cubes Challenge - identify number of faces of large cube painted | |
11. | Cubin' Cubes 6 - corner unit cubes in larger cube | |
12. | Cubin' Cubes 5 - centre edge unit cubes in larger cube | |
13. | Cubin' Cubes 4 - unpainted unit cubes in larger cube | |
14. | Cubin' Cubes 3 - unpainted centre face unit cubes in larger cube | |
15. | Cubin' Cubes 2 - number of painted faces on unit cubes making larger cube | |
16. | Cubin' Cubes 7 - painted faces of unit cubes in larger cube |