Compare and classify geometric shapes based on their properties and sizes and find unknown angles in any triangles, quadrilaterals, and regular polygons
1. | Pick The Polyhedron 3 - select all 3D shapes | |
2. | Shape Up 4 - match name & attribute of 2/3D shapes; pentagon, decagon, tri pr | |
3. | Shape Up 5 - match name & attribute of 3D shapes; cone,tetrahedron,hexahedr | |
4. | Shape Up 3 - match name & attribute of 2/3D shapes; triangle, cyl, hexagon | |
5. | Shape Up 2 - match name & attribute of 2/3D shapes; square, circle, cube | |
6. | Ordering the Objects 1 - sort 3D shapes into attribute matrix | |
7. | Ordering the Objects 2 - sort 3D shapes into attribute matrix | |
8. | Ordering the Objects 3 - sort 3D shapes into attribute matrix | |
9. | Bringing In The Shapes 2 - sort 2D shapes into attribute matrix | |
10. | Straight Up Now! - select shapes that have 2+ faces that meet at 90deg | |
11. | OK, OK, I Get The Point! 2 - select shapes with no vertices | |
12. | OK, OK, I Get The Point! 1 - select shapes with 8 or more vertices | |
13. | An Addition to The Family - properties of a square | |
14. | Count On It 3 - edges, vertices and faces of a pentagonal prism | |
15. | Count On It 2 - edges, vertices and faces of a triangular prism | |
16. | Another Dimension 4 - name dodecahedron from description | |
17. | Another Dimension 2 - name shape from description | |
18. | Duck Diversions 3 - angles of rhombus, true/false | |
19. | Duck Diversions 2 - attributes of trapezia, true/false | |
20. | Duck Dimensional Diversions 2 - the three dimensions of space, true or false | |
21. | Beware Of Greeks Bearing Solids 5 - faces of an icosahedron | |
22. | Beware Of Greeks Bearing Solids 4 - faces of a dodecahedron | |
23. | Beware Of Greeks Bearing Solids 3 - faces of an octahedron | |
24. | Beware Of Greeks Bearing Solids 2 - faces of a cube | |
25. | Duck Diversions 5 - diagonals of quadrilateral, true/false | |
26. | Beware Of Greeks Bearing Solids 1 - faces of a tetrahedron | |
27. | Swiss Formula 2 - relationship between vertices, edges and faces | |
28. | Swiss Formula 1 - relationship between vertices, edges and faces | |
29. | Two By Two - faces of a prism | |
30. | Now Don't Get Cut Up Over This! 2 - cross-sections of a cube |