1.	Refer to the figure shown. Name the vertices of the equilateral triangle.
		A.	U, Z, W	B.	X, Y, Z
		C.	U, V, Z	D.	W, X, Y
		Hint
	2.	Triangle KMS is equilateral. Find KM if KM = x + 6, KS = 2x – 3, and MS = 4x – 21.
		A.	4	B.	21
		C.	15	D.	9
		Hint
	3.	Refer to the design shown. How many of the triangles in the design appear to be congruent to triangle A?
		A.	12	B.	8
		C.	10	D.	6
		Hint
	4.	Congruence of triangles is reflexive, _____________, and transitive.
		A.	associative	B.	commutative
		C.	symmetric	D.	distributive
		Hint
	5.	by the _______________.
		A.	SSA Postulate	B.	SSS Postulate
		C.	SAS Postulate	D.	ASA Postulate
		Hint
	6.	Refer to the figure. If is isosceles, which of the following can be used to prove
		A.	ASA Postulate	B.	SSS Postulate
		C.	AAS Theorem	D.	SAS Postulate
		Hint
	7.	In is 10 more than 3 times a number, is 8 less than 5 times the same number. Find
		A.	106	B.	116
		C.	48	D.	37
		Hint
	8.	Find the value of x.
		A.	40	B.	14
		C.	42	D.	10
		Hint
	9.	Find the measure of 1.
		A.	50°	B.	90°
		C.	60°	D.	70°
		Hint
	10.	ABQ CBQ by the _______.
		A.	AAA Postulate	B.	SAS Postulate
		C.	SSS Postulate	D.	ASA Postulate
		Hint
	11.	Refer to the figure. If is perpendicular to both and , and , then ABG ________ by _________.
		A.	FEG by ASA	B.	EFG by AAS
		C.	EFG by ASA	D.	FEG by AAS
		Hint
	12.	In isosceles PQR with base , PQ = 2x + 3, and PR = 9x - 11. What is the value of x?
		A.	2	B.	-7
		C.	7	D.
		Hint