1.	Suppose that, in a tessellation by regular hexagons and equilateral triangles, two hexagons meet at a vertex. How many of the triangles must meet at that vertex?
		A.	2	B.	4
		C.	3	D.	1
		Hint
	2.	A set of figures that can be used to create a tessellation is said to ______?______.
		A.	transform	B.	tessellate
		C.	translate	D.	rotate
		Hint
	3.	What is another name for tessellation?
		A.	figures	B.	tilings
		C.	shapes	D.	triangles
		Hint
	4.	What is an example of a tessellation found in nature?
		A.	tree branches	B.	honeycomb
		C.	sidewalks	D.	flower petals
		Hint
	5.	How many figures can be used to create a tessellation?
		A.	no more than 4	B.	exactly 2
		C.	exactly one	D.	no limit
		Hint