1.	If and intersect at V, what is the measure of
		A.	28	B.	5
		C.	12	D.	32
		Hint
	2.	In the figure, intersects at H. Which additional fact is needed to prove by ASA?
		A.		B.
		C.		D.
		Hint
	3.	In is the _____.
		A.	all of these	B.	median
		C.	perpendicular bisector	D.	altitude
		Hint
	4.	In and Which inequality shows the relationship between the lengths of the sides of the triangle?
		A.	GH < GI < HI	B.	GH > GI > HI
		C.	GI > GH > HI	D.	GH < HI < GI
		Hint
	5.	Marty has a piece of rope with exactly 7 knots tied at equal intervals as shown. Using the rope, he wants to make triangles so that each vertex of the triangle occurs at a knot. How many different triangles can Marty make?
		A.	2	B.	4
		C.	3	D.	1
		Hint
	6.	Which inequality describes the range of possible values for x?
		A.	x < 4 and x > 14	B.	4 < x < 14
		C.	-6 < x < 14	D.	x < 14
		Hint
	7.	In which picture is an angle bisector?
		A.		B.
		C.		D.
		Hint
	8.	PQR has vertices P(-4, 6), Q(4, 5), R(-2, -3). Which angle has the smallest measure?
		A.	R	B.	P
		C.	Q	D.	There is not enough information to answer this question.
		Hint
	9.	Which of the following could not be a triangle?
		A.	7, 11, 3	B.	15, 18, 8
		C.	7, 28, 22	D.	9, 9, 9
		Hint
	10.	Which statement can be proven using the SSS Inequality Theorem?
		A.	mPDA < mBAC	B.	mBAC < mPDA
		C.	mB > mBCD	D.	CD = AP
		Hint
	11.	State the assumption that could be used to start an indirect proof of the statement AB + BC > DE.
		A.	AB + BCDE	B.	AB + BC < DE
		C.	AB + BC = DE	D.	AB + BCDE
		Hint
	12.	The type of reasoning that uses a number of examples to arrive at a conclusion is __________ .
		A.	exemplary reasoning	B.	contradictory reasoning
		C.	inductive reasoning	D.	deductive reasoning
		Hint