(1) Describe the criteria for a 3-D object to be called a regular polyhedron.
(2) Rotational and reflective symmetries (2D & 3D): center of rotation and lines of reflection
(3) Use isometric grid paper to sketch 3D shapes given 2D views.
(4) Know the different types of triangles (acute, obtuse, right, equilateral, isosceles) and be able to create them given some info about angles.
(5) Make scale drawings using a center of dilation
(6) Find scale factor given relationships (i.e., surface area, volume); and given scale factor find other relationships.
(7) Name the single rigid motion given a transformation.
(8) Fill out a contingency table and be able to determine probability from the data.
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